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  • Apple to Invest ₹100 Crore in India’s Renewable Energy Infrastructure with CleanMax

    Apple to Invest ₹100 Crore in India’s Renewable Energy Infrastructure with CleanMax

    New Delhi: Global technology company Apple has announced an investment of ₹100 crore to support the expansion of renewable energy infrastructure in India, reinforcing its commitment to sustainability and its global goal of achieving carbon neutrality across its entire business by 2030.

    The investment will be made in partnership with CleanMax, one of India’s leading renewable energy developers, to build more than 150 MW of new renewable energy capacity across the country.

    150 MW Renewable Energy Capacity Planned

    According to Apple, the planned renewable energy projects will generate enough clean electricity to power nearly 1.5 lakh Indian households annually. The company also indicated that the capacity could be expanded further in the coming years as renewable energy demand grows.

    The initiative is designed to strengthen renewable energy adoption across Apple’s manufacturing and supply chain operations in India while supporting the country’s transition to cleaner sources of power.

    Supporting Apple’s Carbon Neutrality Goals

    The investment forms part of Apple’s broader environmental strategy to become carbon neutral across its entire footprint by 2030, including its products, operations, and global supply chain.

    Commenting on the initiative, Sarah Chandler, Apple’s Vice President of Environment and Supply Chain Innovation, said the company’s environmental commitments continue to drive innovation across its global operations.

    She added that Apple is proud to expand its investments in India’s clean energy economy while helping protect the country’s natural resources.

    Expanding Renewable Energy Partnership with CleanMax

    Apple has previously collaborated with CleanMax on rooftop solar projects that supply 100% renewable electricity to its corporate offices and retail stores in India.

    The latest investment further strengthens the partnership and demonstrates Apple’s continued focus on increasing renewable energy use throughout its Indian operations.

    Focus on Circular Economy and Plastic Reduction

    Alongside its renewable energy investment, Apple also announced new sustainability partnerships aimed at addressing environmental challenges beyond clean power generation.

    The company will work with WWF-India to support recycling initiatives, improve waste management systems, increase material recovery, and reduce plastic leakage into ecosystems.

    In addition, Apple is partnering with Acumen to provide grants and mentorship to early-stage green enterprises working in sectors such as:

    • Waste management
    • Regenerative agriculture
    • Circular economy solutions
    • Sustainable resource management

    These initiatives are intended to encourage innovation while supporting environmentally responsible business models across India.

    Outlook

    Apple’s ₹100 crore investment highlights the growing role of global technology companies in accelerating India’s clean energy transition. By expanding renewable energy infrastructure, supporting sustainable supply chains, and promoting circular economy initiatives, the company is contributing to India’s renewable energy ambitions while advancing its own carbon neutrality roadmap for 2030. The partnership with CleanMax is expected to further strengthen renewable energy deployment and encourage greater private-sector participation in India’s green economy.

  • MNRE Extends ALMM Framework to Solar Ingots and Wafers from June 1, 2028

    MNRE Extends ALMM Framework to Solar Ingots and Wafers from June 1, 2028

    New Delhi: The Ministry of New and Renewable Energy (MNRE) has expanded the Approved List of Models and Manufacturers (ALMM) framework to include solar ingots and wafers, marking a significant step toward strengthening India’s domestic solar manufacturing ecosystem. The newly introduced ALMM List-III will become effective from June 1, 2028, making the use of approved wafers mandatory for eligible solar projects across the country.

    The move is aimed at promoting self-reliance in the solar value chain, improving supply chain resilience, reducing dependence on imports, and ensuring higher quality standards for solar manufacturing in India.

    ALMM List-III to Cover Solar Ingots and Wafers

    Under the revised framework, all solar projects, including net metering and open access installations, will be required to use wafers listed under ALMM List-III from June 1, 2028.

    Additionally, bids submitted after the notified cut-off date under the Electricity Act must mandatorily utilize ALMM List-III compliant solar wafers, ensuring wider adoption of domestically approved components.

    Boost to Domestic Solar Manufacturing

    Union Minister for New and Renewable Energy Pralhad Joshi described the decision as a major milestone in strengthening India’s solar manufacturing capabilities.

    According to the minister, extending ALMM to ingots and wafers will:

    • Increase domestic manufacturing capacity.
    • Strengthen India’s solar supply chain.
    • Reduce reliance on imported solar components.
    • Improve quality standards across the solar value chain.
    • Support the vision of Atmanirbhar Bharat in renewable energy.

    Capacity Requirements for Manufacturers

    The ministry stated that the first ALMM List-III will only be notified after at least three independent manufacturers become operational with a combined production capacity of 15 GW within the country.

    To qualify for inclusion, manufacturers must also maintain equivalent solar ingot production capacity, encouraging upstream integration and strengthening India’s complete solar manufacturing ecosystem.

    Existing Projects Protected

    To ensure a smooth transition, the government has introduced grandfathering provisions, allowing projects already under implementation to continue without disruption.

    The ministry also clarified that the existing Domestic Content Requirement (DCR) norms will remain unchanged under the new policy.

    Supporting India’s Renewable Energy Goals

    The expansion of the ALMM framework aligns with India’s ambitious target of achieving 500 GW of non-fossil fuel energy capacity by 2030.

    By encouraging domestic production of critical solar components such as ingots and wafers, the government aims to build a more resilient and globally competitive renewable energy manufacturing industry while reducing import dependency and accelerating the country’s clean energy transition.

    Outlook

    The inclusion of solar ingots and wafers under the ALMM framework represents another significant policy initiative to deepen domestic manufacturing across India’s solar supply chain. Industry stakeholders are expected to benefit from greater policy certainty, improved investment opportunities, and enhanced local value addition, supporting India’s long-term goal of becoming a global renewable energy manufacturing hub.

  • Suzlon Energy Secures 400 MW Wind Energy EPC Order from Tata Power Renewable Energy

    Suzlon Energy Secures 400 MW Wind Energy EPC Order from Tata Power Renewable Energy

    Mumbai: Suzlon Energy has secured a 400 MW Engineering, Procurement and Construction (EPC) contract from Tata Power Renewable Energy Limited (TPREL), further strengthening the long-standing partnership between the two companies. The latest project will be developed in Anantapur, Andhra Pradesh, and increases their cumulative collaboration across four Indian states to more than 1 GW.

    The new order also takes Suzlon’s total order book in Andhra Pradesh to nearly 1 GW, while the company already has an installed wind energy base of 1.8 GW in the state, accounting for over 28% of its installed capacity in South India.

    127 Advanced Wind Turbines for the Project

    As part of the project, Suzlon will install 127 S144 wind turbine generators (WTGs), each with a rated capacity of 3.15 MW.

    The company will provide a comprehensive EPC solution that includes land acquisition, turbine supply, pooling substations, balance of plant works, extra-high-voltage transmission lines, project commissioning, as well as long-term operations and maintenance services.

    Partnership Crosses 1 GW Milestone

    Commenting on the development, Girish Tanti, Vice Chairman of Suzlon Group, said the company is proud to have crossed the 1 GW milestone in cumulative orders with Tata Power across Maharashtra, Tamil Nadu, Karnataka, and Andhra Pradesh.

    He noted that the two companies’ partnership has evolved over the past two decades from individual wind projects to advanced hybrid and round-the-clock renewable energy solutions supporting India’s clean energy transition.

    EPC Model Driving Renewable Energy Growth

    Ajay Kapur, Chief Executive Officer of Suzlon Group, highlighted that the EPC model is becoming the preferred approach for renewable energy development in India.

    According to him, Suzlon’s end-to-end project execution capabilities help customers reduce project risks while enabling faster and more efficient deployment of renewable energy assets.

    Suzlon Share Performance

    Following the announcement, Suzlon Energy shares were trading at ₹57.62 on the NSE during afternoon trading on June 25. The stock has gained nearly 6.8% over the past month and around 9.9% year-to-date, although it remained below its 52-week high of ₹68.30, recorded in July 2025.

    Outlook

    The new 400 MW contract reinforces Suzlon’s position as one of India’s leading wind energy solution providers and highlights the growing demand for EPC-based renewable energy projects. As India accelerates its clean energy expansion, partnerships between experienced developers like Suzlon and Tata Power Renewable Energy are expected to play a crucial role in meeting the country’s renewable energy capacity targets.

  • Can Bangladesh Achieve Its 20% Renewable Energy Target by 2030?

    Can Bangladesh Achieve Its 20% Renewable Energy Target by 2030?

    Dhaka, Bangladesh: Bangladesh has renewed its commitment to expanding clean energy by setting a target to generate 20% of its electricity from renewable sources by 2030, backed by fiscal reforms introduced in the FY27 national budget. While the new incentives mark a significant policy shift, experts caution that achieving the target will require major investments, regulatory certainty, and rapid infrastructure upgrades.

    The FY27 budget removes several import duties, regulatory duties, and advance taxes on solar panels, inverters, battery storage systems, and other renewable energy components until 2031. These measures are intended to reduce the cost of clean energy technologies and encourage private sector investment after years of tax policies that favored fossil fuel infrastructure.

    Renewable Capacity Remains Well Below Target

    Bangladesh currently operates approximately 1,700 MW of renewable energy capacity compared to more than 30,000 MW of total installed power generation capacity. According to the Institute for Energy Economics and Financial Analysis (IEEFA), the country will need to add nearly 760 MW of renewable capacity every year through 2030 to have a realistic chance of meeting its target.

    Energy analysts note that the government’s objective could be interpreted either as 20% of installed capacity or 20% of actual electricity consumption, with the latter representing a far more ambitious challenge.

    Rooftop Solar and Utility Projects Offer Hope

    Experts point to two major initiatives that could accelerate renewable deployment: the National Rooftop Solar Programme, targeting around 3,300 MW, and utility-scale renewable projects expected to contribute another 5,500 MW of installed capacity.

    Together, these projects could add nearly 8,800 MW of renewable generation, although actual electricity production will be lower because of solar capacity factors.

    Investment and Policy Stability Remain Critical

    Industry experts emphasize that fiscal incentives alone will not be enough to attract the level of investment required.

    They argue that investors need long-term policy certainty, timely payments, and confidence that renewable energy contracts will not face abrupt cancellations or regulatory reversals. Bangladesh also continues to face financing challenges due to its sovereign credit rating and the cancellation of several renewable energy projects in recent years.

    The IEEFA estimates Bangladesh will require between $933 million and $980 million in renewable energy investment annually until 2030 to remain on track toward its clean energy goals.

    Grid Infrastructure and Financing Pose Major Challenges

    Beyond financing, Bangladesh’s electricity grid requires significant modernization to integrate higher levels of renewable generation.

    Experts highlight the need for smart-grid technologies, battery energy storage systems, and improved transmission infrastructure. Meanwhile, access to affordable financing remains limited, making rooftop solar projects financially challenging for many businesses despite recent tax relief measures.

    Bangladesh’s geographical constraints also limit the expansion of large utility-scale solar farms. As a result, rooftop solar, floating solar installations, and distributed renewable energy systems are increasingly viewed as the country’s most practical pathway for expanding clean energy capacity.

    Outlook

    The FY27 budget represents one of Bangladesh’s strongest policy moves toward renewable energy by removing long-standing fiscal barriers for clean energy technologies. However, experts agree that achieving the 20% renewable electricity target by 2030 will depend on consistent policy implementation, stronger investor confidence, affordable financing, modern grid infrastructure, and continued private sector participation. If these challenges are successfully addressed, Bangladesh could significantly accelerate its clean energy transition over the coming years.

  • Sungrow Showcases Next-Generation Renewable Energy Solutions at Intersolar Europe 2026

    Sungrow Showcases Next-Generation Renewable Energy Solutions at Intersolar Europe 2026

    Munich, Germany: Global photovoltaic (PV) inverter and energy storage system (ESS) provider Sungrow unveiled its latest portfolio of renewable energy technologies at Intersolar Europe 2026, held from June 23 to 25 in Munich. The company presented a comprehensive range of innovations spanning solar power, battery energy storage, EV charging, microgrids, artificial intelligence-powered energy management, and green hydrogen production, reinforcing its commitment to accelerating the global clean energy transition.

    A major highlight of the exhibition was the recognition of PowerTitan 3.0, Sungrow’s latest utility-scale energy storage system, which received the prestigious Smarter E Award 2026. The award acknowledges the company’s advancements in energy storage technology designed to improve grid stability, efficiency, and renewable energy integration.

    New Residential Energy Storage Solution

    Sungrow introduced PowerHarbor, an all-in-one residential energy storage solution ranging from 10 kW to 30 kW with battery capacities between 6 kWh and 60 kWh.

    The solution features several industry-first innovations, including a real 10 kWh stackable battery module, the AI-powered iHomeManager Mini for intelligent energy management, and EnergyBridge, a compact backup power solution that simplifies installation while ensuring uninterrupted electricity during grid outages.

    Advanced Commercial and Industrial Solar Technologies

    For commercial and industrial (C&I) solar projects, Sungrow launched the SG125CX-P3 inverter, offering up to 98.5% conversion efficiency and support for high-power PV modules.

    The inverter incorporates advanced protection technologies such as AFCI 3.0+, rapid ground fault detection, intelligent string-level disconnection, and insulation fault localization, significantly reducing maintenance time while improving operational safety.

    Sungrow also unveiled the SG510HX String Inverter and its medium-voltage turnkey solution for utility-scale photovoltaic plants. The system integrates AI-based power distribution, grid-forming capabilities, Smart Shutdown Solution 3.0, and intelligent operation and maintenance features to improve project performance throughout the plant lifecycle.

    PowerMatrix Enhances PV and Energy Storage Integration

    Another major launch was PowerMatrix, Sungrow’s next-generation PV and energy storage integration platform.

    Built around five core innovations, including multi-port architecture, distributed control, native PV-storage integration, reconfigurable energy pathways, and source-level grid-forming technology, PowerMatrix is designed to improve system stability while maximizing operational efficiency and economic returns for utility-scale renewable energy projects.

    White Paper Promotes Scenario-Based Energy Storage

    During the exhibition, Sungrow released its S+ Energy Storage Multi-Scenario White Paper, introducing a new framework based on three principles—Scenario, Synergy, and Sustain.

    The company emphasized that energy storage deployments should be designed according to specific operating environments rather than relying on standardized products, enabling greater flexibility and improved value across different grid conditions.

    Intelligent Solutions for Commercial and Industrial Applications

    Sungrow also showcased its PowerStack energy storage platform for commercial and industrial applications.

    Available in both AC-coupled and DC-coupled configurations, the solution enables seamless transition between on-grid and off-grid operation while reducing backup power costs and simplifying project deployment through factory pre-integration.

    AI-Powered Energy Management and Green Hydrogen

    The exhibition also featured Sungrow’s iNexGrid all-scenario microgrid solution, integrating solar, wind, battery storage, hydrogen, EV charging, and cloud-based management into a unified platform.

    The company introduced an upgraded iSolarCloud application featuring an AI-powered “Energy Cockpit” that transforms complex energy data into actionable insights while incorporating gamified sustainability features to improve user engagement.

    In the green hydrogen segment, Sungrow Hydrogen presented its MegaFlex Plant-as-a-Product solution, designed to increase production efficiency while lowering the levelized cost of hydrogen (LCOH) for developers worldwide.

    Additionally, Sungrow announced successful conformity assessment under the EU Battery Regulation (EU) 2023/1542, conducted by TÜV Rheinland, demonstrating compliance with Europe’s evolving battery standards.

    Strengthening European Presence

    Sungrow has continued expanding its operations across Europe for more than 19 years. The company now employs over 900 professionals across the region, supported by 25+ local offices, two research and development teams, and three Training & Technology Competence Centers.

    By combining localized technical support with continuous innovation in solar, battery storage, EV charging, and hydrogen technologies, Sungrow aims to play a significant role in supporting Europe’s clean energy transition and strengthening renewable energy infrastructure across the continent.

  • 90% of India’s Renewable Energy Portfolio Faces High Climate Risk by 2030

    90% of India’s Renewable Energy Portfolio Faces High Climate Risk by 2030

    As India rapidly scales up its clean energy infrastructure to meet ambitious national targets, a glaring blind spot has emerged: extreme weather.

    According to a new report released by Zurich Kotak General Insurance and Zurich Resilience Solutions, nearly 90% of India’s planned renewable energy portfolio could face high or critical climate risks by 2030. The findings underscore an urgent need to bake climate resilience into the development and construction phases of clean energy projects.

    A $55 Billion Portfolio Under Threat

    The comprehensive study assessed 871 planned renewable energy sites across India’s top ten renewable-producing states. Together, these sites account for approximately 267 GW of planned generation capacity.

    The data reveals a highly concentrated exposure to severe climate hazards, including tornadoes, wildfires, extreme floods, and hailstorms. Of the assessed assets, 90% were classified as high or critical risk, with a staggering 66% expected to reach the “critical” risk category by 2030.

    Currently, this equates to roughly $55 billion worth of renewable energy infrastructure exposed to severe operational disruptions and physical damage over the coming years.

    Solar Energy Faces the Highest Vulnerability

    Solar energy dominates India’s renewable energy pipeline, accounting for nearly 70% of the planned capacity and the vast majority of project sites. While wind and hydropower projects also contribute significantly, solar installations face some of the most pronounced near-term climate exposures.

    The report highlights that while developers routinely account for high wind speeds, other hazards are often overlooked. For instance, in prime solar hubs like Rajasthan and Gujarat, hailstorms pose a massive threat. Hail strikes can cause microscopic fractures in solar panels, quietly degrading their efficiency and eating into long-term revenue. Furthermore, prolonged droughts in arid regions lead to heavy dust accumulation, forcing operators into costly, water-intensive cleaning cycles.

    The Financial Case for Early Resilience

    The report stresses that these climate risks are entirely manageable if project developers take proactive steps. Early adaptation is not just an environmental necessity; it is a financial imperative.

    Experts estimate that a targeted resilience investment of roughly $4.6 billion—equivalent to just 2% of the portfolio’s total replacement cost—could slash projected climate-related losses by nearly half, dropping them from $55 billion to $27 billion. This represents an estimated six-fold return on investment for every dollar spent on resilience measures.

    5 Key Interventions for the Future

    To safeguard India’s green energy transition, the report outlines five priority recommendations for developers and policymakers:

    1. Mandatory Climate Risk Screening: Integrate rigorous climate risk assessments during the initial project planning and approval stages.
    2. Stress-Testing Assets: Regularly stress-test high-risk infrastructure against localized climate projections.
    3. Hazard-Specific Safeguards: Incorporate specific resilience measures (e.g., hail-resistant modules or elevated substations) into standard procurement contracts.
    4. Protecting Supporting Infrastructure: Extend resilience planning beyond the primary assets to include vital supporting infrastructure, such as grid connections and access roads.
    5. Unlocking Capital: Use verified resilience assessments to attract secure financing and improve insurability.

    As India works toward its goal of increasing non-fossil fuel electricity generation capacity to 60% by 2035, the message from the insurance and risk sector is clear: long-term success requires treating climate resilience as a standard component of green growth, rather than an optional added cost.

  • Odisha Targets 11 GW Renewable Energy Capacity by 2030

    Odisha Targets 11 GW Renewable Energy Capacity by 2030

    Odisha has unveiled an ambitious clean energy roadmap targeting 11 GW of renewable energy capacity by 2030, positioning itself as a premier destination for green investments in India.

    To back this vision, the state government has approved 16 clean energy projects totaling nearly ₹2 lakh crore in investments, alongside massive upgrades to its electrical grid infrastructure.

    A Massive Influx of Clean Energy Capital

    Speaking at the Energy Conclave 2026 in Bhubaneswar—organized by the Confederation of Indian Industry (CII) and the Department of Energy—Deputy Chief Minister Kanak Vardhan Singh Deo highlighted surging investor confidence.

    Beyond the approved ₹2 lakh crore project pipeline, Odisha drew an additional ₹67,000 crore in renewable energy proposals during its investors’ meet in February. These proposals represent approximately 6.7 GW of capacity across multiple technologies, including:

    • Solar power
    • Wind energy
    • Pumped storage hydro projects
    • Hybrid energy systems

    These developments are foundational to the state’s Vision 2047, which aims to secure long-term sustainable and inclusive economic growth.

    Upgrading Grid Reliability and Infrastructure

    Integrating a massive influx of variable green power requires major infrastructure updates. The state is directing approximately ₹30,000 crore toward expanding its transmission network.

    As part of this broader initiative, Vishal Kumar Dev, Additional Chief Secretary of the Energy Department, announced an immediate ₹4,500 crore allocation specifically aimed at boosting transmission and distribution reliability.

    Furthermore, to combat grid flexibility challenges and manage peak loads, Odisha is actively developing battery energy storage projects at six strategic locations across the state.

    Beyond Solar and Wind: Green Hydrogen and Innovation

    Odisha’s extensive coastline and heavily built-out industrial corridors make it uniquely suited for next-generation clean fuels. The state is leveraging its geographical advantages to attract investments in green hydrogen and green ammonia production, aimed directly at decarbonizing heavy manufacturing sectors like steel and aluminum.

    To fuel this transition, Odisha is establishing a clean energy innovation ecosystem, fostering active research collaborations with local Indian Institutes of Technology (IITs) and prominent research institutions in Singapore.

    Looking Ahead: Global Energy Leaders Summit 2026

    To foster deeper global ties among project developers, financiers, and technology innovators, officials announced that Bhubaneswar will soon play host to the Global Energy Leaders Summit 2026.

    With clear policy frameworks and major grid investments underway, Odisha is rapidly transforming into a heavy-hitting hub for green manufacturing and industrial decarbonization over the next four years.

  • 655 Million Left in the Dark: Why the 2026 Energy Progress Report Demands Urgent Action

    655 Million Left in the Dark: Why the 2026 Energy Progress Report Demands Urgent Action

    A staggering 655 million people globally still live without access to electricity, while two billion continue to rely on highly polluting fuels for cooking, putting their health and economic futures at risk.

    According to the latest edition of Tracking SDG 7: The Energy Progress Report, the international effort to achieve universal energy access by 2030 is drastically off pace. The findings underscore an urgent need for targeted subsidies, innovative international financing, and a rapid acceleration of domestic renewable energy deployment to prevent vulnerable populations from being left behind entirely.

    The Widening Energy Gap in Sub-Saharan Africa

    While most regions globally are nearing universal access, progress in Sub-Saharan Africa has slowed significantly. The region bears a heavily disproportionate share of the global energy deficit, home to over 560 million people living without power and 970 million lacking access to clean cooking solutions.

    The rural-urban divide also continues to expand. The rural electricity deficit in Sub-Saharan Africa grew from 376 million in 2010 to 447 million in 2024. To achieve Sustainable Development Goal (SDG) 7 targets by 2030, the global pace of electrification must now triple to an annual growth rate of 1.3%.

    Key Findings From the 2026 SDG 7 Report

    The report, jointly published by global custodian agencies—including the IEA, IRENA, World Bank, WHO, and UN DESA—highlights critical structural gaps alongside record milestones in clean energy:

    • The Clean Cooking Crisis: Two billion people—roughly a quarter of the world’s population—still lack clean cooking technologies. The split between urban and rural areas remains stark (89% urban access vs. 56% rural). This crisis carries severe health consequences, with household air pollution responsible for an estimated 3 million deaths per year.
    • Record Renewable Capacity vs. Distribution Disparities: On a positive note, renewable energy now accounts for over 30% of global electricity consumption, hitting a record generating capacity of 544 watts per person. However, stark disparities persist: low-income countries stand at just 33.6 watts per person, compared to 1,224 watts per person in high-income nations.
    • Dwindling Financial Flows to Poor Nations: International public financial flows supporting clean energy in developing countries hovered at US$24.6 billion. Alarmingly, funding directly targeting the least developed countries dropped by 11% to $3.7 billion. Furthermore, debt-based financing makes up 80% of these flows, placing a severe economic strain on developing economies.
    • Stalling Energy Efficiency: Global progress in energy intensity fell from 2.4% in 2022 to 1.5% in 2023, widening the gap between political ambition and real-world execution.

    Overcoming Obstacles: Affordability and Decentralized Renewables

    Expanding global electricity access requires confronting the barrier of affordability. Even where physical infrastructure exists, millions of households cannot afford upfront connection fees, wiring costs, or basic energy services.

    To bridge this divide, the report champions distributed renewable energy solutions, such as off-grid solar and mini-grids. These technologies offer a highly cost-effective path forward and are already serving hundreds of millions of people. Accelerating localized renewables also helps diversify national energy mixes, shielding developing nations from volatile global supply chains and fossil fuel import costs.

    “Recent global energy shocks have made one thing clear: countries with strong renewable energy capacity are better positioned to withstand economic and supply disruptions,” noted Francesco La Camera, Director-General of the International Renewable Energy Agency (IRENA).

    What’s Next?

    The complete findings of the report will be formally presented to international policymakers at a special launch event on July 8, 2026, following an in-depth review of SDG 7 at the High-Level Political Forum on Sustainable Development in New York.

    As the global energy crisis continues to impact broader economies, world leaders are facing an urgent call to action. Complacency is no longer an option; hitting the 2030 target will require an unprecedented scale-up of targeted international grants, private sector investments, and strong political leadership.

  • Servotech Secures BEE 5-star Rating for 60 kW & 120 kW DC EV Chargers

    Servotech Renewable Power System Ltd. (NSE: SERVOTECH), a leading manufacturer of EV charging and renewable energy solutions, has secured the 5-Star rating from the Bureau of Energy Efficiency (BEE) for its 60 kW & 120 kW DC Fast EV Chargers.

    The certification has been awarded under the Bureau of Energy Efficiency’s EV Charger Star Labelling Programme. Servotech’s ST-EVDC60KW and ST-EVDC120KW EV Charger models, achieved a weighted average energy efficiency of 97%, placing them in the highest rating category under the programme. These cutting-edge chargers set a new gold standard for power conservation and operational reliability across the electric vehicle ecosystem.

    The achievement reinforces Servotech’s commitment to developing high-efficiency EV charging solutions that help reduce energy losses, improve charging performance, and lower operating costs for charge point operators, fleet owners, and infrastructure developers. The certification further strengthens Servotech’s competitive position across government, PSU, OMC, commercial, and fleet charging deployments where energy efficiency and lifecycle operating costs are increasingly becoming key procurement considerations.

    Commenting on the development, Raman Bhatia, Managing Director, Servotech Renewable Power Systems Ltd. said, “We are delighted to secure the BEE 5-Star Rating for our 60 kW and 120 kW DC Fast Chargers. This is a monumental validation of our engineering excellence as we scale the nation’s EV charging infrastructure and critically prioritize energy efficiency. For the past years, we have focused most of our investments on new product development, quality enhancement, and automation, indigenising components and expanding production capacities. This recognition reinforces our mission to deliver world-class, sustainable, and highly efficient charging solutions that power India’s green mobility transition responsibly.”

  • SECI, DoSEL Sign MoU to Solarise Education Department Buildings Across India

    The Solar Energy Corporation of India (SECI) and the Department of School Education and Literacy (DOSEL), Ministry of Education, have signed a Memorandum of Understanding (MoU) for solarising DOSEL buildings across India.

    Under this collaboration, SECI will facilitate the installation of grid-connected rooftop solar PV power plants across DoSEL buildings nationwide under the PM Surya Ghar Yojana, supporting India’s transition towards cleaner, sustainable public infrastructure, stated SECI.

    The MoU was signed and exchanged by Bhagwati Prasad Kalal, Director, DoSEL, in the presence of Mir Mohammed Ali, Director, MNRE, and Manas Ranjan Mishra, Deputy General Manager (Solar), SECI, representing DoSEL and SECI, respectively.
    SECI, in the last one year, have also increased its focus on the distributed renewable energy segment primarily the rooftop solar segment. In February 2026, SECI signed an MoU with the Mumbai Port Authority to deploy solar power across port facilities, to green critical port infrastructure and deepen cross-sector collaboration.

    In January 2026, SECI signed an MoU with the Directorate General of Civil Aviation to install grid-connected rooftop solar systems on DGCA buildings nationwide under the PM Surya Ghar scheme. SECI also signed an MoU with the New Delhi Municipal Council (NDMC) to solarise around 244 municipal buildings across Delhi.

    In November 2025, SECI and the Ministry of External Affairs inked an MoU to equip all MEA buildings across India with grid-connected rooftop solar systems under the PM Surya Ghar Yojana.

    In October 2025, the Defence Research and Development Organisation (DRDO) and SECI signed an MoU to develop 300 MW of solar-based renewable energy projects across DRDO campuses nationwide, aiming to establish self-reliant, Net-Zero campuses across all strategic DRDO locations by 2027.

    In August 2025, SECI signed an MoU with the Renewable Energy Agency Puducherry to solarise all government buildings in the Union Territory.

    Earlier this month, SECI signed its first-ever 700 MW Commercial and Industrial (C&I) renewable energy term sheet with Acme Cleantech Solutions, expanding its clean energy supply portfolio beyond DISCOMs to cater to India’s growing C&I market.
    Recently, SECI and MahaGenco Renewable Energy have signed an MoU to jointly explore and develop renewable energy and emerging clean energy projects with a potential pipeline of up to 5 GW, spanning FDRE, RTC power, energy storage and green hydrogen technologies.