The year 2026 marks a historic turning point for India’s urban mobility. With the streets of Delhi, Mumbai, and Bengaluru teeming with electric three-wheelers (E-3Ws), the shift from traditional lead-acid batteries to high-performance Lithium-ion technology is officially complete. Driven by the government’s PM E-DRIVE scheme and an aggressive push toward Net-Zero emissions, the Electric 3-wheeler segment has become the backbone of India’s last-mile logistics and passenger transport. The noisy, polluting ICE autos and the high-maintenance lead-acid e-rickshaws of the past have been replaced by high-performance, lithium-powered vehicles that are cleaner, faster, and significantly more profitable for drivers.

The 2026 Mobility Revolution: India’s Shift to Electric 3-Wheelers

India has officially become the global hub for electric three-wheelers (E-3Ws). Driven by aggressive government subsidies and a nationwide push for “Net-Zero” urban centers, the E-3W market in 2026 is no longer just about environmentalism—it’s about economics. Fleet operators and individual owners have realized that the Total Cost of Ownership (TCO) of an electric auto is now 45% lower than its diesel or CNG counterparts. This shift has triggered a massive demand for high-capacity, durable battery packs that can withstand the rigors of 15-hour workdays and the extreme Indian climate.

The Critical Role of Lithium-ion Technology in Last-Mile Logistics

The “Lead-Acid era” is officially over. In 2026, Lithium Iron Phosphate (LFP) has emerged as the undisputed chemistry of choice for the three-wheeler segment. Unlike older technologies, modern lithium batteries offer three times the lifespan, zero maintenance, and rapid charging capabilities that allow a driver to “refuel” during a lunch break. In the logistics sector, where every minute of uptime counts, the reliability of a lithium battery is the difference between profit and loss. Advanced Battery Management Systems (BMS) now come standard, ensuring that every cell is balanced for maximum range.

Why Battery Manufacturing Excellence Defines the Future of Transport

With the implementation of AIS-156 Phase II safety standards, the “gray market” of uncertified batteries has collapsed. Today, the focus is on manufacturing excellence—laser-welded cells, IP67-rated enclosures, and active thermal management. The manufacturers leading the charge in 2026 are those who have localized their supply chains and invested heavily in R&D to create batteries that are “Indian-road-ready.”

Read also: Servotech SULTAN Lithium-ion Battery for E-Rickshaw

List of Top Electric 3 Wheeler Lithium Battery Manufacturers in India (2026)

If you are an OEM, a fleet owner, or an individual operator looking for the best 3 wheeler lithium batteries, here is the definitive list of the Top Electric 3 Wheeler Lithium Battery manufacturers in India for 2026.

1. Servotech Renewable Power System Limited

Dominating the rankings in 2026, Servotech is the leading electric 3-wheeler lithium battery manufacturer in India. Their flagship lithium battery range, Sultan- Electric 3-wheeler lithium battery, has become a household name among e-rickshaw and e-auto operators. Built on a foundation of 21 years of engineering excellence, the Sultan series is designed specifically for the L3 and L5 vehicle categories.

• Key Advantage: Servotech uses high-grade LFP (Lithium Iron Phosphate) cells that provide exceptional thermal stability, crucial for Indian summers.
• Tech Specs: The Sultan range offers 51.2V 105Ah and 64V 105Ah variants, featuring a “Smart BMS” that allows real-time health tracking via a mobile app.
• Safety: Fully AIS-156 Phase II compliant with an IP67 rating, making it dust-proof and water-resistant for monsoon driving.

2. Geon Energy (Formerly Battrixx)

A division of Kabra Extrusiontechnik, Geon Energy has rapidly scaled its “Green Energy On” philosophy. Their E-3W battery packs are known for their precision laser-welding technology and robust mechanical design. Geon focuses heavily on the OEM segment, supplying many of India’s top electric auto manufacturers with modular, scalable battery solutions.

3. Exide Industries Ltd.

As a legacy giant, Exide has successfully pivoted to lithium-ion through its multi-gigawatt “Exide Energy” facilities. In 2026, they are a primary supplier for high-speed e-autos (L5 category), leveraging their century-old brand trust to win over fleet operators.

4. Amaron

Amara Raja has stayed competitive by focusing on “Smart Mobility.” Their 2026 battery packs are integrated with advanced telematics, providing fleet managers with GPS location and state-of-charge (SoC) data for every vehicle in their fleet.

5. UTL Solar

Utilizing their expertise in power electronics, UTL Solar offers highly efficient lithium packs optimized for “Deep Discharge.” Their batteries are specifically engineered to handle the frequent stop-and-go traffic characteristic of Indian metro cities.

6. Trontek Electronics

Trontek remains a favorite for the “value-for-money” segment. They have one of the highest production volumes in the country, specializing in LFP packs that are easy to retrofit into older e-rickshaws, accelerating the lithium transition.

7. Okaya EV

Okaya has utilized its massive retail footprint to dominate the after-market segment. Their 2026 lithium batteries are known for their “Tension-Free” warranty and the ability to handle high voltage fluctuations during charging in rural areas.

8. Livguard Energy Technologies

Livguard rounds out the list with a focus on “Fast-Charging” lithium solutions. Their 2026 range is designed for urban e-autos that require a quick 2-hour charge to complete multiple shifts in a single day.

9. Eastman Lithium

Eastman Lithium has carved out a massive niche with its Wattsman series. Their batteries, particularly the EM LFP S 51105, are favored for their high current sustainability and “Thermal Balancing” features. Eastman’s unique selling point in 2026 is its aggressive 3-year warranty and a service network that reaches the deepest rural pockets of India.

Why Lithium is King of the 3-Wheeler Market in 2026

If you are still wondering why the market has moved away from Lead-Acid, the answer lies in the numbers:

1. Fast Charging: A Servotech Sultan lithium battery can be charged in 3–4 hours, compared to the 8–10 hours required for lead-acid.
2. Weight Reduction: Lithium batteries are nearly 70% lighter, which means less strain on the vehicle’s motor and more capacity for passengers or cargo.
3. Zero Maintenance: No more topping up distilled water or cleaning terminal corrosion.
4. Better ROI: While the initial cost is higher, the cost-per-kilometer of a lithium-powered 3-wheeler is significantly lower over a 3-year period.
   

E-rickshaw Lithium Battery Manufacturers in India

In the L3 category, E-rickshaws are the lifeline of last-mile connectivity. However, the 2026 market has evolved beyond simple energy storage. Leading E-rickshaw Lithium Battery Manufacturers in India are now focusing on “Deep Cycle” endurance. Since e-rickshaws operate on a “stop-and-go” basis, the batteries require a sophisticated Battery Management System (BMS) to handle frequent discharge pulses while maintaining a high state of health (SoH). For operators, the shift to lithium means the ability to run multiple shifts with quick-charge intervals, effectively doubling their daily income compared to old lead-acid setups.

Electric Auto Lithium Battery Manufacturers in India

The high-speed L5 category, or Electric Autos, requires a different level of engineering. These vehicles travel at higher speeds and cover longer distances, demanding batteries with high energy density and superior thermal management. Electric Auto Lithium Battery Manufacturers in India have responded by developing high-voltage packs (typically 48V to 64V) that can sustain high speeds without overheating. In 2026, these batteries are integrated with telematics, allowing fleet owners to monitor speed, location, and battery temperature in real-time, ensuring maximum safety for passenger transit.

Electric Loader Lithium Battery Manufacturers in India

Logistics and E-commerce have found their strongest ally in electric loaders. These “workhorses” carry heavy payloads, often exceeding 500kg, requiring immense torque. Electric Loader Lithium Battery Manufacturers in India have specialized in high-Ah (Ampere-hour) LFP (Lithium Iron Phosphate) packs that provide the “heavy-lifting” power needed for cargo. These batteries are built with reinforced mechanical casings to withstand the vibrations of bumpy industrial roads, ensuring that the heart of the loader remains protected even under maximum stress.

Conclusion: Choosing the Right Powerhouse

As we navigate the green streets of 2026, the choice of battery has become the most important decision for any EV owner. While the market is full of options, Servotech’s Sultan range stands out as the #1 choice by offering the perfect blend of safety, smart technology, and local manufacturing prowess.

Whether you are an individual driver looking to maximize your daily earnings or a logistics company aiming for 100% uptime, investing in a high-quality lithium battery from a top manufacturer is your path to a profitable, electric future.

Read also: Servotech Sultan 64V 105Ah Lithium-ion Battery for Electric Three-Wheelers

The Indian energy landscape is undergoing a monumental shift. As of 2026, the nation is no longer just “transitioning” to renewable energy; it is leading the global charge. With the government’s aggressive push toward achieving 500 GW of non-fossil fuel capacity, solar energy has moved from the rooftops of a few to the essential infrastructure of the many. At the heart of this revolution lies a critical piece of technology, the On-grid Solar Inverter.

Choosing the right inverter is the difference between a mediocre setup and a high-yield power plant. On-grid systems, also known as grid-tie systems, are the most popular choice for residential and commercial sectors due to their ability to feed excess power back into the grid through net metering. However, as the market matures, the competition among Solar grid-tie Inverter manufacturers in India has intensified, with technology now focusing on AI-driven monitoring, higher efficiency, and extreme weather resilience.

List of Top Solar On-grid Inverter Manufacturers in India 2026

If you are looking to invest in a sustainable future, here is the definitive list of the top on-grid (grid-tie) solar inverter manufacturers in India for 2026.

1. Servotech Renewable Power System Ltd.

Standing at the pinnacle of the industry in 2026 is Servotech. As a prominent NSE-listed player, Servotech has redefined what it means to be a “Make in India” success story. Their on-grid inverters are celebrated for their exceptionally high efficiency—often exceeding 98%—and their ability to perform in India’s diverse and often harsh climatic conditions.

Servotech has secured its position as the leader of grid-tie solar inverter manufacturers in India by integrating advanced DSP (Digital Signal Processing) technology and AI-based remote monitoring into its units. Their commitment to R&D and indigenous manufacturing ensures that their products are not just world-class but also optimized for the Indian grid’s specific voltage fluctuations.

• Key Highlight: High surge protection and IP65/66 ratings for maximum durability.
• Best For: Residential, Commercial, and Large-scale Industrial projects.

Official Website: https://www.servotech.in 

2. Tata Power Solar

A legacy brand that needs no introduction, Tata Power Solar continues to be a dominant force in 2026. Their strength lies in their massive service network and the trust associated with the Tata brand. Their on-grid inverters are known for their ruggedness and suitability for various scales of installations, from small homes to massive solar farms.

Official Website: https://www.tatapowersolar.com/

3. Luminous Power Technologies

Luminous has evolved from a battery giant into one of the most trusted Solar grid-tie Inverter manufacturers in India. In 2026, their “Solarverter” and “NXi” series are the top choices for residential users. Their products are favored for their user-friendly interfaces and excellent after-sales support across tier-2 and tier-3 cities.

Official Website: https://www.luminousindia.com/

4. Microtek Solar Solutions

A household name for decades, Microtek offers some of the most reliable and budget-friendly on-grid inverters in the market. Their 2026 lineup focuses on high-efficiency MPPT technology that ensures maximum power harvest even during partially cloudy days, making them a staple for Indian middle-class households.

Official Website: https://www.microtek.in/

5. Sungrow India

Sungrow has maintained a steady market share by offering cutting-edge technology at competitive price points. As a global leader with a dedicated plant in India, they specialize in both central and string inverters, often boasting a maximum efficiency of up to 99%.

Official Website: https://ind.sungrowpower.com/

6. Solis India

Solis has become a favorite in 2026 for those seeking high-tech “Smart” features. Their inverters are incredibly lightweight and compact, featuring advanced safety mechanisms like AFCI (Arc Fault Circuit Interrupter), which reduces fire risks—a major selling point for premium residential projects.

Official Website: https://www.solisinverters.com/

7. Havells India (Enviro Range)

Havells entered the solar space with a bang, and their Enviro range of on-grid inverters is now a top-tier contender. Being a massive Indian conglomerate, their BIS-certified products offer a blend of aesthetic design and high-performance engineering that appeals to modern architecture.

Official Website: https://havells.com/business/discover-solar-solutions

8. Growatt New Energy

Growatt has captured the “Smart Home” segment in 2026. Their sleek single-phase and three-phase inverters are famous for their cloud-connectivity features, allowing homeowners to manage their entire solar ecosystem from a smartphone with ease.

Official Website: https://en.growatt.com/

9. Waaree Energies

As one of India’s largest solar module manufacturers, Waaree offers integrated on-grid solutions that are perfectly synced with their high-efficiency panels. Their inverters are built to last and are a common sight in large-scale government and private EPC (Engineering, Procurement, and Construction) projects.

Official Website: https://www.waaree.com/

10. UTL Solar (Fujiyama Power Systems)

UTL Solar has emerged as a powerhouse in 2026, particularly favored for residential rooftop installations under government subsidy schemes. Known for their patented rMPPT technology, UTL’s on-grid series, such as the ShineX and Sigma Plus, offer some of the highest energy yields in the industry. Their inverters are designed with the “Indian consumer first” philosophy, featuring robust protection against low-voltage fluctuations.

Official Website: https://www.upsinverter.com/

Why Grid-Tie Solar Inverter Technology is the Future

As we navigate 2026, the “On-grid” or “Grid-tie” model has become the standard for urban India. The primary reason is the Return on Investment (ROI). By eliminating the need for expensive battery banks, these inverters significantly lower the initial setup cost.

When you choose a partner from the top Grid-tie Solar Inverter manufacturers in India, you aren’t just buying hardware; you are buying an efficiency guarantee. Modern inverters now come equipped with:

• Anti-Islanding Protection: Ensuring safety for utility workers during grid maintenance.
• MPPT (Maximum Power Point Tracking): To squeeze every drop of energy out of your solar panels.
• Cloud Connectivity: Allowing for real-time performance diagnostics.

Conclusion: Making the Right Choice

The solar industry in 2026 is about more than just panels; it is about the “brain” of the system—the inverter. While several companies offer capable hardware, Servotech stands out as the number 1 choice due to its perfect balance of indigenous innovation, global quality standards, and an aggressive focus on future-ready tech.

Read also: List of Top Solar Inverter Manufacturers in India

Automatic Number Plate Recognition (ANPR) technology is a cutting-edge system that uses optical character recognition (OCR) to detect and read vehicle number plates. By employing advanced image processing algorithms, ANPR systems capture license plate data from vehicles in real time, making them invaluable in areas such as traffic management, parking systems, and law enforcement. In recent years, the integration of ANPR technology within the EV (Electric Vehicle) charging ecosystem and Charge Point Operators (CPOs) has gained significant traction, offering innovative solutions to enhance efficiency, security, and user experience.

What is an ANPR (Automatic Number Plate Recognition)

ANPR is a technology designed to identify and record vehicle license plates using high-speed cameras and software capable of processing and analyzing images. The extracted information is then compared with existing databases for various purposes, including traffic enforcement and access control.

How ANPR Technology Works

ANPR systems work by capturing images of vehicle plates through high-definition cameras, followed by image pre-processing to enhance quality. The OCR software then converts the image into text, which is cross-referenced with databases to extract relevant information. With advancements in AI and machine learning, ANPR technology has become more accurate and reliable than ever.

Evolution and Advancements in ANPR

Since its inception, ANPR technology has evolved significantly, from simple plate detection systems to complex, AI-driven solutions. Enhanced image recognition, faster processing speeds, and integration with cloud computing are some of the recent advancements.

Applications of ANPR Technology

1. Traffic Management and Law Enforcement

ANPR technology is essential for law enforcement agencies to monitor and track vehicles effectively. It helps detect unregistered, stolen, or suspicious vehicles, enhancing public safety. Additionally, ANPR systems contribute to improved traffic flow and enforcement of traffic regulations.

2. Parking Management Systems

Parking operators leverage ANPR for automated entry and exit systems, providing hassle-free parking experiences. The technology reduces wait times by instantly recognizing vehicles and granting access. It also improves security by monitoring unauthorized parking and enhancing revenue collection through accurate tracking.

3. Toll Collection and Access Control

ANPR systems streamline toll collection by automatically identifying vehicles and enabling contactless payments. This technology eliminates the need for manual ticketing and reduces traffic congestion at toll booths. Enhanced efficiency improves the overall user experience and revenue generation for toll operators.

4. Smart City Infrastructure

Integrating ANPR with smart city systems enhances urban management by providing real-time data on traffic patterns and parking availability. It supports better urban planning, reduces congestion, and improves overall transportation efficiency. ANPR technology plays a vital role in developing intelligent and connected urban environments.

The Role of ANPR in the EV Charging

i) Integration with EV Charging Stations

ANPR technology is being incorporated into EV charging stations to automate vehicle identification upon arrival. This integration enables seamless user authentication, allowing authorized vehicles to access charging services instantly. It also simplifies payment processing, enhancing overall convenience and efficiency.

ii) Enhancing User Authentication and Payment Processing

By replacing manual input with automatic vehicle recognition, ANPR technology simplifies the payment process. Users can enjoy contactless and secure transactions without additional steps. This approach enhances user satisfaction by offering a smooth, hassle-free charging experience.

iii) Streamlining EV Fleet Management

For EV fleet operators, oc provides valuable insights into vehicle location, charging status, and availability. Automated monitoring enables better scheduling, maintenance planning, and efficient resource allocation. This data-driven approach improves overall fleet performance and reduces operational costs.

ANPR Connection with CPO (Charge Point Operators)

1. How CPOs Utilize ANPR for Efficient Management

CPOs are adopting ANPR systems to streamline their operations by accurately identifying and tracking vehicles. This technology helps optimize charging schedules, reducing downtime and enhancing resource allocation. Automated monitoring also minimizes manual intervention, cutting operational costs. The result is a more efficient and responsive charging network.

2. Improving EV Charger Accessibility and Reservations

ANPR technology allows CPOs to offer reservation-based charging slots, enhancing convenience for EV users. By recognizing registered vehicles upon arrival, it ensures priority access and reduces waiting times. This system also improves user satisfaction by guaranteeing availability during peak hours. Effective reservation management boosts overall network efficiency.

3. Enhancing Security and Monitoring for CPOs

ANPR systems contribute to the security of EV charging infrastructure by continuously monitoring vehicles accessing the chargers. It helps detect unauthorized access or suspicious activities, enhancing the safety of the charging environment. Integrating ANPR with surveillance systems provides a comprehensive security solution. This proactive approach minimizes risks and safeguards assets effectively.

Benefits of Integrating ANPR with EV and CPO Systems

i) Improved Efficiency and Convenience

Integrating ANPR technology with EV and CPO systems automates vehicle identification and access control, minimizing manual interventions. This results in faster, smoother operations and reduced operational costs. Enhanced efficiency ensures a seamless experience for both service providers and users.

ii) Enhanced User Experience

By simplifying vehicle recognition and payment processes, ANPR integration speeds up charging sessions. Users enjoy a hassle-free, contactless experience that eliminates the need for physical authentication. The streamlined process leads to higher user satisfaction and loyalty.

iii) Data Collection for Better Planning and Maintenance

ANPR systems collect valuable data on vehicle usage patterns, charging frequencies, and peak times. CPOs can leverage these insights to improve maintenance schedules, enhance infrastructure planning, and optimize resource allocation. Data-driven decisions ensure better service reliability and network growth.

Challenges and Considerations

1) Privacy Concerns and Data Security

Collecting and storing vehicle data through ANPR systems raises significant privacy concerns. Ensuring data protection requires implementing robust encryption and compliance with privacy regulations. Transparent policies are essential to build user trust and avoid legal complications.

2) Technical Limitations and Costs

Deploying ANPR systems involves substantial costs, especially for large-scale networks of EV chargers. Technical challenges include ensuring accurate detection under various lighting and weather conditions. Balancing cost-efficiency and performance is critical for successful integration.

3) Legal and Regulatory Challenges

Different countries have distinct regulations governing the use of ANPR technology. Complying with varying standards and obtaining necessary permissions can be complex and time-consuming. Adhering to regional laws is essential to avoid legal hurdles and ensure smooth operations.

Future of ANPR Technology in EV Charging and CPO Systems

i) Emerging Trends and Innovations

AI-powered ANPR systems are enhancing accuracy and efficiency through real-time vehicle identification. Blockchain-based security solutions are being explored to protect data privacy and integrity. These innovations are driving the evolution of ANPR technology in EV charging systems.

ii) Potential Market Growth and Adoption Rates

The growing popularity of electric vehicles is boosting the demand for ANPR-integrated charging solutions. As more CPOs adopt this technology, market growth is expected to accelerate. Enhanced efficiency and convenience will further drive adoption rates globally.

iii) Policy Recommendations for Wider Implementation

Governments should create clear regulatory frameworks that address privacy, security, and interoperability concerns. Offering incentives and grants can encourage CPOs to adopt ANPR technology. Supportive policies will pave the way for widespread integration and innovation.

Conclusion

ANPR technology holds immense potential for transforming the EV charging and CPO landscape. As the technology continues to evolve, it promises enhanced security, efficiency, and user experience. The road ahead involves overcoming technical and regulatory challenges to fully unlock the benefits of ANPR technology within the EV and CPO systems.

Servotech Power Systems Ltd., a leading manufacturer of Solar Products and EV Chargers rebrands as Servotech Renewable Power System Limited. The company has a long history in power conditioning products and name rebranding reflects its unwavering commitment to providing cutting-edge renewable energy solutions and aligns perfectly with its core vision: “Produce Green to Live Green”.

Originally focused on power conditioning products, Servotech has evolved over the past decade, progressively dedicating its resources and expertise to the renewable energy sector. This evolution has led to the company becoming a prominent manufacturer of solar products and EV chargers. The renaming to Servotech Renewable Power System Limited marks a crucial milestone in this journey, underscoring the company’s long-term vision to spearhead the transition to a sustainable energy future.

This rebranding is more than just a name change; it represents a complete realignment of the company’s focus. Servotech is now fully immersed in the “Produce Green to Live Green” philosophy, committing to developing and deploying technologies that minimize environmental impact and promote a cleaner future.

“We are incredibly excited to embark on this new chapter for Servotech,” said Raman Bhatia, Founder & Managing Director of Servotech Renewable Power System Ltd. (Formerly Servotech Power Systems Ltd.). “Our roots are in power conditioning, but our future is in green energy. This rebranding to Servotech Renewable Power System Ltd. communicates our unwavering commitment to driving the adoption of clean energy solutions and reflects our complete dedication to a sustainable future. We believe that producing green energy is essential for living green, and we are fully committed to this vision”, added Bhatia

Servotech aims to unlock vast opportunities, not only to contribute significantly to decarbonization efforts but also to emerge as a dominant player in the rapidly evolving energy landscape. The company is dedicated to providing innovative and comprehensive solutions that empower industries and communities to embrace a sustainable energy future, creating enduring value for both its esteemed customers and the environment.

India’s EV Market is witnessing explosive growth, driven by a confluence of factors: government incentives, surging consumer demand, and a burgeoning ecosystem of startups and established players. 2024 has been a pivotal year, marked by significant advancements across the Electric Vehicles India spectrum, from Electric Two-Wheelers India and Electric Cars India to charging infrastructure and battery technology. This blog post delves into the key developments that have shaped the EV Industry India landscape in 2024, providing insights into the future trajectory of this transformative industry.

In 2024, India’s EV Industry saw substantial growth, with sales reaching about 1.94 million units, a 26.5% increase over the previous year. The market is expected to develop at a compound annual growth rate (CAGR) of 22.4%, reaching $117.78 billion by 2032. Electric Two-Wheelers India led the EV market, with sales of approximately one million units in fiscal year 2024. Despite this development, issues such as limited charging infrastructure and high car costs continue to impact adoption rates. The government’s ambitious goal of having EVs contribute to 30% of new car sales by 2030 faces challenges, including a 20% increase in hybrid vehicle sales that exceeded growth in pure EVs. Overall, while India’s EV Industry is on the rise, concentrated efforts are required to overcome current challenges and meet stated targets.

PM E-DRIVE Scheme 2024

In 2024, India introduced the PM E-DRIVE Scheme, committing ₹10,900 crore (~$1.3 billion) over two years to increase EV adoption and improve charging infrastructure. The program focuses on promoting Electric Two-Wheelers India and three-wheelers, e-ambulances, e-trucks, and e-buses, as well as extending public charging infrastructure. This effort intends to minimize pollution and shift to cleaner fuels, contributing to the government’s goal of having EVs account for 30% of new car sales by 2030. PM E-DRIVE, which was announced on September 29, 2024, also funds modifications to vehicle testing agencies, representing a substantial step towards sustainable transportation.

Key Ministry Guidelines

In 2024, the Ministry of Heavy Industries (MHI) published major guidelines to strengthen India’s EV sector:

• Electric Mobility Promotion Scheme 2024 (EMPS 2024): The ₹500 crore initiative (April 1 to July 31, 2024) intends to promote the use of Electric Two-Wheelers India and three-wheelers, including e-rickshaws and e-carts. It focuses on offering economical and environmentally friendly public transport options, with incentives for automobiles with advanced EV Battery Technology in India.
  
• PM E-DRIVE: This two-year initiative, announced on September 29, 2024, gives ₹10,900 crore to assist electric vehicles such as e-2Ws, e-3Ws, e-trucks, e-buses, e-ambulances, EV public charging stations, and enhancing vehicle testing agencies.
  
• Operational Guidelines for Electric Mobility Promotion Scheme-2024: Issued in March 2024, these guidelines outline the operational framework for EMPS 2024, detailing the procedures for implementing the scheme and ensuring effective utilization of allocated funds.

These initiatives reflect the government’s commitment to fostering a sustainable and robust EV ecosystem in India.

EV Charging Infrastructure

In 2024, India made major efforts towards expanding its EV infrastructure. Public charging stations increased from 10,261 in September 2023 to 16,347 by March 2024, indicating greater EV usage. Karnataka took the lead, accounting for 24% of the national total with 5,705 stations, followed by Maharashtra (3,615), Delhi (1,931), Uttar Pradesh (1,845), and Tamil Nadu (1,221). By mid-2024, these states would collectively account for 60% of the nation’s charging infrastructure. Delhi intended to install 18,000 public and semi-public charging outlets, and Kerala’s State Electricity Board prioritized charging infrastructure to encourage EV growth.

The Role of AI in EV and IoT in EV in Transforming EV Operations

In 2024, the integration of AI in EVs and the Internet of Things (IoT) transformed India’s electric vehicle operations. AI in EV-powered solutions improved traffic navigation, collision avoidance, and route optimization, resulting in safer and more efficient transportation. IoT in EV-enabled real-time diagnostics has enabled innovative business models such as Battery-as-a-business (BaaS), resulting in cost-effective EV ecosystems. Furthermore, AI in EV-powered helpdesk solutions boosted customer service, hence improving the overall user experience. These breakthroughs demonstrate AI in EV and IoT in EV’s disruptive impact on the EV industry.

BIS EV Standards

In 2024, the Bureau of Indian Standards (BIS) issued two pivotal standards—IS 18590:2024 and IS 18606:2024—to improve the safety and quality of Electric Vehicles in India in several categories. These standards concentrate on important components including the powertrain and battery systems, guaranteeing that Electric Two-Wheelers India, four-wheelers, and heavy-duty vehicles fulfill strict safety criteria. BIS also created IS 18294:2023, which establishes safety requirements for e-rickshaws and e-carts, which are becoming increasingly popular throughout India. With these new standards, the BIS now has a total of 30 Indian Standards for electric vehicles and their components, including charging stations.

The Road Ahead: What 2025 Holds for the EV Industry

In 2025, India’s EV sector is expected to undergo revolutionary growth. Policies such as decreased GST on EV batteries, incentives for domestic production, and infrastructure status for charging stations are projected to boost adoption even further. The Vision 2030: PM Public Transport Sewa initiative, which includes plans to build 6,000 km of EV-ready highways along the Golden Quadrilateral and extend e-bus networks, demonstrates the government’s commitment to improving EV infrastructure.

Private sector involvement remains crucial, with companies such as Reliance Infrastructure exploring EV manufacture and global automakers releasing market-specific models. India’s EV Industry is expected to increase from $2 billion in 2023 to $7.09 billion by 2025, paving the path for an electrified and environmentally friendly future.

Q1- How will the government’s plan to construct 6,000 km of EV-ready highway in the ‘Golden Quadrilateral’ benefit the charging infrastructure sector?

The development of charging stations along the Golden Quadrilateral presents significant business opportunities, revenue generation, and job creation prospects. As electric vehicles travel along this transportation corridor, the need for charging services becomes inevitable. This implies that every electric vehicle passing through will likely require a charge, leading to a substantial revenue stream for charging station operators, whether state-owned or privately owned. The establishment and operation of these charging stations will not only create employment opportunities, including roles in station maintenance, operation, and customer service but also foster a thriving ecosystem within the EV charging industry. Every individual involved, whether a fabricator, EV charger manufacturer, or service provider, stands to benefit from this growing sector. Overall, the integration of charging infrastructure along the Golden Quadrilateral supports the growing demand for electric vehicles and stimulates the transition to consumer-friendly EVs by creating a robust and well-connected charging infrastructure. This move promotes decarbonized mobility and caters to the evolving needs of the sustainable automotive industry, furthering India’s commitment to a greener future and every EV user traveling through this highway will be able to drive without having to worry about anything.

Q2- How is your company planning to tap the evolving market in the EV charging infra sector?

The EV charging market is huge and can be tapped at a large scale. Our workforce is working 10 times faster and with great efficiency to tap all the possibilities of the market by actively adapting to India’s evolving EV charging landscape through innovation, expansion, and strategic collaborations. Committed to sustainable transportation, we prioritize market-aligned strategies to reduce carbon emissions. Our unwavering dedication drives us to integrate cutting-edge technologies, enhance efficiency, and anticipate future needs through R&D. Guided by data, our nationwide expansion strategically places charging stations in high-demand areas. Strategic partnerships foster synergies and accelerate robust infrastructure development. With a focus on driving the future of electric mobility in India, we strive to lead the charge towards a greener tomorrow.

Q3- How is your company planning to mitigate the challenges and issues in the EV charging infra sector?

We are committed to fostering enduring relationships with our consumers and ensuring their satisfaction remains our top priority. Our dedication extends to resolving any issues promptly, whether related to power, charger functionality, hardware, software, or compatibility. As we navigate the challenges within India’s EV charging infrastructure, Servotech adopts a multifaceted approach. Our strategic initiatives encompass strategic location planning, last-mile connectivity, investment in advanced technology, high-speed charging solutions, smart infrastructure, and partnerships with governments and local authorities. Additionally, we prioritize consumer education, conduct awareness campaigns, and ensure transparency in our services. By embracing sustainability, agility, and customer-centric innovation, Servotech aims not only to overcome current hurdles but also to pioneer a sustainable and user-friendly charging network, driving India’s transition to electric mobility.

Q4- Which innovative products/ solutions your company has to offer?

Our company provides AC and DC EV chargers catering to different vehicle types and charging needs. While AC EV chargers may see minimal usage on highways where two or three-wheelers are less common, our range of DC chargers, spanning from 60 kW to 360 kW, is well-suited for medium-capacity cars to heavy commercial electric vehicles. In anticipation of future developments such as introducing E-buses and trucks, Servotech offers DC EV chargers with power capacities of 240 kW and 360 kW. Additionally, our solar-powered EV charging carport utilizes sunlight to charge vehicles, backed by lithium batteries for nighttime charging. The process involves solar panels converting sunlight into electricity, which is then used by bidirectional EV chargers to charge vehicles. Any excess electricity is stored in batteries and can be sent to the grid once fully charged. At night, the charged batteries act as backup, providing electricity to the charger for continued EV charging.

Q5- How has the EV charging infra industry contributed to the renewable energy goals?

Integrating renewable energy sources into EV charging stations is crucial for achieving sustainability. By leveraging clean energy, these stations not only curb carbon emissions but also bolster the resilience and eco-friendliness of the charging infrastructure. The incorporation of solar panels and Battery Energy Storage Systems (BESS) addresses the intermittency of renewables, ensuring a stable power supply. BESS can store surplus renewable energy during low-demand periods and release it during peak times, effectively managing energy production fluctuations. This technology promotes sustainable charging practices and eases the strain on the power grid. The environmental advantages of sustainable EV charging infrastructure are significant, with electric vehicles emitting 17-30% fewer greenhouse gases than petrol and diesel cars. This underscores the vital role of sustainable charging in meeting climate objectives and fostering a cleaner, greener future.

The Interview is originally published in EPR Magazine’s March issue

Read Full Interview: https://www.eprmagazine.com/renewables/servotech-to-tap-the-ev-market-with-future-ready-high-power-dc-chargers/

Q1 – Can you provide an overview of your company’s mission and key principles in delivering solar panel solutions, and how do these align with the broader goals of promoting renewable energy?

Servotech Power Systems Ltd. is dedicated to delivering cutting-edge solar panel solutions that embody its mission of sustainability and innovation. With a firm commitment to quality, affordability, and customer satisfaction, Servotech’s approach to solar energy is driven by a vision of creating a greener and more sustainable future for India. By prioritizing sustainability in its choice of materials and manufacturing processes, Servotech ensures that its solar panel solutions meet high standards of performance and reliability while minimizing environmental impact. Our products play a crucial role in India’s transition to renewable energy sources, contributing to the government’s initiatives like the Pradhan Mantri Suryodaya Yojana and solarization projects in Varanasi. Through our commitment to excellence and accessibility, we empower individuals, businesses, and communities across the country to benefit from clean and renewable solar energy, paving the way toward a brighter and more sustainable future for India.

Q2 – Given the dynamic nature of the solar industry, how does your company stay abreast of the latest advancements in solar panel technologies, and how are these innovations integrated into your product offerings?

Currently, we are manufacturing Mono PERC solar panels and Mono Bifacial panels. The Mono Bifacial panels offer a significant advantage in terms of generation, with an estimated increase of 22-30% compared to Mono PERC panels. Looking ahead, market trends suggest that solar panels with capacities ranging from 700 to 1000 watts will become prevalent in the near future, and we are actively working on incorporating this technology into our product portfolio. Our commitment to innovation and staying at the forefront of advancements in solar technology drives our efforts to provide cutting-edge solutions to meet the evolving needs of our customers and the market.

Q3- What sets your solar panel solutions apart from competitors in terms of efficiency, durability, and overall performance, and how do you ensure the highest quality for your products?

To ensure top-notch quality standards, we have embarked on the journey of creating in-house PLC modules, a move aimed at enhancing the quality of our solar products. Leveraging state-of-the-art technology and the latest equipment, we meticulously inspect and validate each component and assembly stage to uphold the highest quality benchmarks. Our relentless pursuit of excellence extends to our solar panels, boasting an impressive efficiency rating of 22%. Moreover, our panels are engineered for longevity, with a lifespan spanning an impressive 30-35 years, ensuring enduring performance and reliability. As we continue to innovate and introduce new products, we subject them to rigorous testing protocols. Each product undergoes comprehensive testing regimes to evaluate its performance, durability, and adherence to stringent quality standards. These exhaustive testing procedures culminate in the creation of detailed testing reports, providing invaluable insights into the performance and reliability of our products.

Q4- Can you share success stories or examples of projects where your solar panel solutions have made a significant impact on reducing carbon footprints, promoting sustainability, or providing energy independence?

We have spearheaded numerous solar initiatives across various regions, showcasing our commitment to advancing sustainable energy solutions. In collaboration with IOCL in Haldia, West Bengal, we successfully installed a solar system, contributing to the region’s transition towards renewable energy. Additionally, we have also collaborated with HPCL to solarize the plant of HPCL. We have installed a smart grid system in Delhi which aims to reduce CO2 emissions by 115 tonnes annually. We have also collaborated with NSEFI to install a solar-powered EV Charging Carport. Through partnerships with government entities like UPNEDA, we have played a pivotal role in solarizing government offices, schools, and buildings, facilitating the adoption of clean energy practices. In Tamil Nadu, our collaboration with the Tamil Nadu Energy Development Authority resulted in the implementation of solar home lighting systems, benefiting over 10,000 households across the state. Additionally, our efforts extended to Himachal Pradesh, where, in partnership with Him Urja, we successfully solarized 2,800+ homes, illuminating communities with sustainable and eco-friendly lighting solutions. These initiatives underscore our unwavering dedication to driving positive environmental impact and fostering the widespread adoption of renewable energy technologies.

Q5- In light of the increasing demand for sustainable practices, how does your company incorporate environmentally friendly materials and manufacturing processes in the production of solar panels?

As a prominent solar panel manufacturer, we prioritize sustainability by incorporating recycled materials and employing energy-efficient manufacturing processes. While there may be some environmental impact associated with solar panel production, the long-term benefits of solar energy greatly outweigh any potential negative effects. To further minimize environmental impact, we are implementing data-driven strategies aimed at extending product lifespans, optimizing resource use, and ensuring responsible disposal and recycling practices. We invest in research and development to enhance the longevity of our solar panels, and sophisticated recycling methods enable us to recover vital components like silicon. Additionally, governments and industry stakeholders are increasingly adopting Extended Producer Responsibility (EPR) frameworks to ensure accountability throughout the product lifecycle. Standardized recycling processes, consumer awareness initiatives, and regulatory frameworks play crucial roles in promoting sustainable practices across the solar industry.

The Interview is originally published in ACE Update Magazine’s March issue
Read Full Interview: https://aceupdate.com/enlightening-the-future-of-india-with-sustainable-solar-solutions/

Servotech is experiencing rapid growth, particularly in the technological domain. While the developments might not be immediately reflected on the revenue front, there’s significant progress on the technology front. The company is actively working on matching global products and has introduced new and innovative products at a fast pace. A notable expansion includes the development of EV chargers specifically designed for bus depots. These chargers incorporate new software algorithms aimed at minimizing bus downtime, ensuring quick charging, and extending battery life. Servotech has also secured patents related to charging EVs with GB/T technology, allowing them to charge from the CCS2 connector available in India. Furthermore, the company has ambitious plans for a new factory, which is expected to triple the production capacity of EV chargers. Our holistic approach to business development aims to elevate the company to new heights. This year marks our venture into the market of solar hybrid inverters, where we’re diligently crafting efficient and technologically advanced products set for imminent launch. We’re gearing up to expand our dealer and distributor network, paralleled by a surge in retail sales. Operational excellence is our priority, focusing on timely product delivery, maintenance, and dispatches.

Expanding our workforce and investing heavily in R&D stand as pivotal pillars in our growth strategy. Moreover, a robust marketing agenda will underline our endeavors to reach new horizons, and amplify our brand presence and reach. Our vision is clear: to take both our business and company to the next level, enriching our offerings, reach, and impact in the market. We are Looking ahead to 2024 and beyond, and are enthusiastic about the prospects and opportunities that lie ahead.

All India EV: What are the things that one must know before setting up a charging station?

Raman Bhatia: Setting up a robust charging infrastructure across India is crucial for widespread EV adoption and contributes significantly to a cleaner, greener future. Key considerations before establishing an EV charging station include choosing a strategic location, understanding the types of charging stations, evaluating power capacity, ensuring compatibility with diverse EV models, and addressing cost structures and safety regulations.

Moreover, amenities like seating, Wi-Fi, and restrooms enhance the charging experience, while a networked charging system with management software optimizes station performance. Incorporating sustainability aspects, such as eco-friendly materials and solar panels, minimizes environmental impact. Regular maintenance, inspections, and responsive customer support ensure smooth operations and user satisfaction.

Despite the excitement surrounding the growth of charging stations, disparities exist, particularly in rural areas, low-income communities, and among apartment dwellers. Addressing these disparities is crucial for equitable EV adoption. Furthermore, managing increased energy demand, standardizing charger types and connectors, and safeguarding sensitive data are essential considerations.

The growth of EV charging infrastructure also brings new job opportunities in installation, maintenance, and network management. However, the industry must navigate potential job displacement due to automation. Expansion plans should carefully consider the impact on existing power grids, parking spaces, and urban landscapes. Open discussions about these challenges and opportunities are essential for building a sustainable, equitable, and user-friendly EV charging infrastructure for the future.

All India EV: What are the technological developments made by Servotech?

Raman Bhatia: We realize the importance of solar energy in fostering a sustainable infrastructure that supports EV charging. Our objective to facilitate renewable energy integration and establish a sustainable charging framework motivated us to design and implement the Solar-powered EV Charging Carport, a revolutionary leap in sustainable charging

infrastructure that underscores our commitment to green energy and innovative solutions for a more sustainable future.

Our endeavor extends further through the creation of a cutting-edge Multiport EV charging system. This system integrates multiple ports with a fast ev charger, enabling multiple EVs to charge at the same time, optimizing the charging process for multiple EVs simultaneously.

Additionally, our subsidiary, Techbec Green Energy Pvt. Ltd., is focused on indigenous manufacturing of essential components for EV chargers, aligning with the Make In India concept. The subsidiary’s core focus lies in producing key components such as Power modules, CCS 2 guns, Type 2 guns, Connectors, Control Cards, PLC Modules, and Lithium-ion Batteries, underscoring our commitment to advancing the realm of EV charging infrastructure.

All India EV: What are the steps taken by Servotech in the EV charging domain?

Raman Bhatia: In a concerted effort to revolutionize both EV charging technology and infrastructure, Servotech forged a strategic partnership with IIT Roorkee, to develop cutting-edge rectifier units for CCS2 chargers and onboard EV chargers designed to cater to the diverse needs of 2, 3, and 4-wheelers, facilitating the seamless integration of electric vehicles into the nation’s transportation landscape.

Dedicated to propelling India towards its vision of an EV-powered nation, we have been working tirelessly and have filed groundbreaking patents to develop technologically advanced EV charging technologies. These patents enable third-party control of load shifting in BESS, empowering utilities to optimize grid services. and channel renewable energy into BESS for peak value, streamlining storage from sources like solar or wind. Recognizing the need to bridge compatibility gaps, we pioneered another EV charger tech patent, enabling GB/T Bharat DC 001 vehicle charging through CCS2 connectors. This innovation eliminated the need for dual infrastructure, enhanced accessibility for small trucks and lorries, opened new markets for GB/T Bharat DC 001 manufacturers, and facilitated smoother EV travel between India and Europe. Through our wholly-owned subsidiary, Servotech EV Infra Pvt. Ltd. we have forayed into the EV Charge Point Operator business. Our subsidiary will establish 5000 EV Charging Stations across the nation in the upcoming years, resulting in the development of a robust EV charging infrastructure, ultimately leading to the development of sustainable transportation.

Authored By
Mr. Raman Bhatia, Founder &  Managing Director
Servotech Power Systems Ltd.

This article was originally published in ALL India EV

Vehicle-to-grid (V2G) technology marks a transformative phase in the intersection of Electric Vehicles and power grids. This cutting-edge system allows electric vehicles to not only draw energy from the grid for charging but also to feed stored energy in vehicle batteries back into the grid when needed. V2G, often associated with bidirectional charging, establishes a dynamic relationship where EVs serve as a decentralized energy resource, benefiting both grid stability and EV owners. Understanding V2G involves exploring its functions, advantages, uses, global acceptance, and challenges and evaluating India’s readiness for its integration into the energy framework. 

V2G Technology

The Vehicle-to-Grid or V2G is a technology wherein EVs supply stored electricity back to the power grid, particularly during peak hours to meet the heightened energy demands. This technology facilitates bi-directional charging allowing for both charging the EV’s battery and returning the stored energy from the EV’s battery to the power grid. Although bi-directional charging and V2G are often used interchangeably, a subtle distinction exists between them.   While bi-directional charging means two-way charging (charging and discharging), V2G technology only enables the energy to flow from the car’s battery back to the grid. 

Delving into the Working of V2G

V2G technology enables EVs to communicate with the grid to either draw electricity for charging or discharge excess energy back into the grid. During peak demand, these vehicles can supply stored energy, acting as a decentralized power source. Conversely, during off-peak hours, they charge when electricity is abundant. Implementing V2G technology requires the usage of smart technology, enabling an electric vehicle to sync with the electricity grid and inject power into the grid using a specialized bidirectional charger. These advanced devices, equipped with power converters, can either charge the EV’s battery or send power back to the grid as per instructions. Approval from the grid operator is essential to connect a bidirectional charger to an EV for supplying power to the grid. Remote management by the grid operator, controlling the injected energy, is facilitated through a Virtual Power Plant program (VPP).

Exploring the Underlying Benefits of V2G Technology

Vehicle-to-grid technology represents a pivotal shift in energy management, seamlessly synchronizing thousands of EVs to function as a decentralized energy system. This innovation operates by supplying power during peak demand and charging during low demand, effectively balancing the grid’s energy requirements. This orchestration, known as a Virtual Power Plant (VPP), leverages cloud-based software to control numerous battery systems, amalgamating them into a virtual large-scale generator or storage system. Unlike conventional power plants, VPPs integrate diverse energy resources like solar panels, batteries, and EVs, providing unparalleled flexibility and grid stability. V2G’s bidirectional energy flow supports grid stabilization, balancing supply and demand fluctuations, particularly during peak hours or emergencies. EVs equipped with V2G capability offer voltage support to ensure consistent grid stability. Furthermore, bidirectional chargers, beyond grid support, possess power inverters, enabling backup power in blackouts, emphasizing their dual functionality. Moreover, V2G facilitates the integration of renewable energy sources, allowing EVs to store surplus energy from renewables like solar or wind power and redistribute it as needed, significantly advancing environmental sustainability by curbing greenhouse gas emissions.

V2G As a Mainstream Technology for EV Adoption

Standardized protocols and regulatory support are fundamental to propelling V2G technology into the mainstream. These initiatives ensure interoperability among diverse vehicles and charging infrastructure while encouraging the integration of V2G through transparent tariff structures and regulations for grid access. Expanding V2G-compatible charging infrastructure in residential areas, public locations, and workplaces simplifies V2G participation for EV owners. Collaborations among stakeholders drive technological progress, while large-scale demonstration projects showcase the advantages of V2G, promoting broader acceptance. Ongoing research and development remain crucial in refining V2G technology, optimizing energy management, and ensuring grid stability. as it moves toward becoming a mainstream solution.

India’s Readiness for V2G 

V2G holds significant importance for India’s energy grid. India’s renewable energy capacity is set to grow to 500 GW by 2030, Concurrently, an estimated 40% of new vehicle sales in India are expected to be EVs. Segments like two/three e-wheelers will potentially witness over 75% EV adoption. This presents a substantial opportunity to leverage EV batteries in advancing V2G technology within India’s energy landscape.

While India demonstrates promising potential for adopting Vehicle-to-Grid technology, its preparedness relies on certain critical factors. The evolving EV infrastructure lays a foundation, yet the scarcity of bi-directional chargers, essential for V2G, necessitates swift deployment.  Regulatory frameworks must align with V2G integration, outlining grid access and incentivizing consumer participation. Strengthening the grid infrastructure becomes imperative, demanding adaptations to manage bidirectional energy flow effectively. Heightened public awareness about V2G benefits is essential, emphasizing its role in supporting the grid and promoting sustainability Comprehensive efforts including expanding infrastructure, regulatory clarity, grid enhancements, and awareness initiatives, are essential to drive India towards a successful integration of V2G.

Opportunities and Challenges to Look Forward to  

As EVs spend a significant portion of their lifetime parked, their inherent battery storage capacity positions them as an appealing and flexible solution for the power system. This unique characteristic equates to extensive storage capacity within the EV fleets, transforming these EVs into adaptable loads and decentralized storage units, bolstering flexibility for supporting power system operations. V2G is particularly significant in solar-based systems, as its synchronization with renewable energy sources can alleviate excess load impact and harness synergies between EVs and renewables. Smart EV charging reduces dependence on carbon-intensive fossil fuel plants to balance renewable energy. Moreover, V2G implementation could potentially reduce the necessity for investments in distribution grid infrastructure

However, there are a few challenges that India must overcome before tapping into the V2G potential. With an anticipated growth of EVs in smaller vehicle segments, aggregating these vehicles or their batteries into a storage network becomes a more intricate task. An effective mechanism to consolidate these smaller vehicles or their batteries holds the key to unlocking substantial potential. Additionally, establishing bidirectional charging stations, pivotal for an aggregated battery network to function as an energy storage system, poses a challenge. Without this critical infrastructure, EVs can solely receive energy without the ability to supply it back to the grid. V2G offers a solution for achieving zero carbon emissions in both energy and mobility, presenting India with an opportunity to achieve its goals not just by 2030, but well into the future.

Moving Ahead

V2G technology serves as a transformative link between electric vehicles and energy grids, holding the promise of bolstering grid stability and sustainability. Although India shows promise in preparing for V2G integration, it is crucial to address infrastructure challenges and promote regulatory alignment to propel this innovation toward a sustainable energy future.

Authored By
Mr. Raman Bhatia, Founder &  Managing Director
Servotech Power Systems Ltd.

This article was originally published in Saur Energy International

Read also: Everything You Need to Know about Vehicle-to-Grid (V2G) Technology

The government of Uttar Pradesh has initiated a drive to set up rooftop solar plants in 25,000 homes across Varanasi, with a two-month timeline for the project. Following a directive from the Prime Minister’s Office (PMO), urging such initiatives in Varanasi, the state plans to replicate similar campaigns in other cities. The central and state government will invest ₹150 crore and ₹75 crore respectively for this ambitious project and the amount will be dispersed as a subsidy on solar panels. 

What is This Scheme About?

A solar rooftop on-grid system is a solar energy system connected to the main electrical grid. In this system highly subsidized by the government, solar panels are installed on the roof of a building to convert sunlight into electricity. Any surplus electricity generated by the solar panels is fed back into the grid using a bidirectional meter, and users are compensated for the excess power through adjustments in their power bills. Presently, Varanasi has a modest count of 664 rooftop consumers, predominantly residential (588), with a connected load totaling 27 MW, despite boasting around 3.26 lakh electricity connections and 2.25 lakh households.

The Uttar Pradesh New and Renewable Energy Development Agency (UPNEDA), will serve as the nodal agency for the project. UPNEDA has formulated a comprehensive strategy for the installation of solar rooftops in 25,000 households in Varanasi city, employing a multifaceted approach. This includes an extensive publicity campaign to raise awareness among residents, complemented by meticulous logistics and supply arrangements planning.

UPNEDA has a target of solarizing 250 homes in 100 wards of the city. Officials state that the Remote Sensing Application Centre in Lucknow will collaborate with the agency to identify houses with sufficient shadow-free roof space using geospatial technology.

In recognition of the campaign’s importance, UPNEDA will deploy 10 project officers (POs) in Varanasi for the next two months to supervise the program’s implementation, assigning one project officer for every 10 wards of the Varanasi Municipal Corporation (VMC).

UPNEDA has also finalized 100 solar panel vendors, 25 manufacturers, and distributors, five inverter manufacturers, and 2 net meter manufacturers who will establish their offices in Varanasi City for the installation of solar rooftops.

As a part of the Information, Education, and Communication (IEC) campaign, bulk messaging will be sent and pamphlets will be distributed to around 3 lakh power consumers. 

The workforce of 500 ‘Suryamitras’ (ITI diploma holders in solar) trained by UPNEDA will be deployed across 100 wards for customer acquisition. Additionally, radio jingles, print media advertisements, and cinema hall bytes will be utilized to ensure faster outreach.

Door-to-door outreach programs along with booth camps will be organized for detailed information to customers and applicants to encourage them to install solar rooftops at their buildings. A QR code too has been developed by UPNEDA and the same will be distributed to consumers for easy registration. Arrangements for easy financing for customers and vendors had also been made. 

Conclusion 

In conclusion, the ambitious initiative undertaken by the Uttar Pradesh government to install rooftop solar plants in 25,000 households in Varanasi marks a significant step towards promoting sustainable energy solutions. This project aims to make solar energy more accessible and widespread. and this initiative serves as a potential model for future endeavors in other cities, reinforcing the importance of renewable energy in India’s sustainable development goals.