May 18, 2024
🌟 Exciting Visit to #ETO Motors Manufacturing Auto Rickshaw Plant! 🚗 I recently had the incredible opportunity to visit the ETO Motors Manu
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🌟 Exciting Visit to #ETO Motors Manufacturing Auto Rickshaw Plant! 🚗 I recently had the incredible opportunity to visit the ETO Motors Manu
Upstream dependence remains despite rising Solar modules capacity
India has built a larger Solar modules manufacturing base, but localisation remains shallower further upstream. Parliamentary answers dated 30 June 2026 recorded 48,337 MW of solar production-linked incentive awards and Rs 73,400 crore of investment. Capacity created included about 42 GW of Solar modules, 12 GW of cells and 2 GW of ingot-wafer production, including 3.4 GW of integrated thin-film capacity.
Approved module capacity increased from about 22 GW in March 2023 to about 213 GW, while cell capacity stood near 32 GW. Listed ingot-wafer capacity was about 2 GW, and listed polysilicon capacity was zero. Renewable energy India manufacturing has expanded fastest at final assembly.
Awards do not establish commissioning or utilisation. Solar modules imports declined between FY22 and FY26, while exports increased over the period. Direct programme employment reached about 17,200. State-level capacity also remained uneven across India. EnergylineIndia.com examines the evidence. Solar modules capacity needs plant-level verification.
Open Access Solar India: The Smart Energy Choice for Modern Businesses
With rising electricity costs and increasing sustainability goals, businesses across India are actively looking for smarter energy solutions. Open Access Solar India has emerged as one of the most effective ways for industries and commercial establishments to reduce power costs while adopting clean energy. Through the Open Access mechanism, businesses can purchase solar power directly from large-scale solar plants instead of relying entirely on local electricity distribution companies.
One of the biggest advantages of Industrial Open Access Solar is significant long-term cost savings. Manufacturing units, factories, warehouses, and large industrial facilities consume a substantial amount of electricity every month. By switching to solar power through Open Access, these businesses can lock in lower energy tariffs, reduce operational expenses, and improve profitability. Additionally, companies benefit from predictable electricity costs, helping them manage budgets more efficiently.
Another rapidly growing model is Group Captive Solar, where multiple businesses jointly invest in a solar power project and consume the generated electricity. This model allows organizations to enjoy the financial benefits of owning a share in a solar asset without investing in an entire solar plant individually. Group Captive Solar is especially beneficial for medium and large businesses looking to achieve lower energy costs while complying with renewable energy regulations. It also provides greater control over energy procurement and helps companies meet their Environmental, Social, and Governance (ESG) objectives.
For offices, shopping malls, hotels, hospitals, educational institutions, and commercial buildings, Commercial Open Access Solar offers an excellent opportunity to reduce electricity bills without requiring rooftop space. Since power is generated from off-site solar plants, businesses can access clean energy regardless of their location. Commercial Open Access Solar enables organizations to transition toward sustainable operations while maintaining uninterrupted power supply.
India's renewable energy sector is witnessing rapid growth due to supportive government policies, favorable regulations, and increasing awareness among businesses. As more companies adopt Open Access Solar India, they not only reduce electricity expenses but also strengthen their commitment to environmental responsibility. Lower carbon emissions, improved energy security, and enhanced corporate reputation are some of the additional benefits of making the switch.
Whether you operate a manufacturing facility, corporate office, logistics center, or commercial establishment, choosing Industrial Open Access Solar, Group Captive Solar, or Commercial Open Access Solar can provide substantial financial and environmental advantages. Partnering with an experienced solar energy company ensures seamless project execution, regulatory compliance, and maximum return on investment.
The future of business energy lies in renewable power, and Open Access Solar India is paving the way for organizations to achieve sustainable growth while significantly reducing electricity costs.
How Is Green Energy in India Shaping the Future of Sustainable Power?
India’s energy sector is undergoing a major transformation, with green energy in India becoming increasingly important for meeting rising electricity demand while reducing dependence on fossil fuels.
Solar and wind power remain at the centre of this transition, while emerging areas such as green hydrogen, battery storage, floating solar, and renewable-powered industrial solutions are creating new opportunities across the energy ecosystem.
One of the biggest advantages of renewable energy is its ability to support long-term energy security. India has strong solar and wind resources, and continued investment in clean-energy infrastructure can help industries reduce emissions while improving energy resilience.
The growth of renewable energy in India is also creating opportunities beyond power generation. Green hydrogen can help decarbonise hard-to-abate sectors such as steel, refining, chemicals, shipping, and heavy mobility. At the same time, energy storage in India is becoming increasingly important for managing the variable nature of solar and wind generation.
Key areas to watch:
Solar and wind energy expansion
Green hydrogen production
Battery and energy storage systems
Renewable energy for industries
Green mobility and clean fuels
Smart grids and energy management
The next phase of India’s energy transition will depend not only on adding renewable capacity but also on developing the infrastructure, technologies, policies, and partnerships needed to integrate clean energy at scale.
What do you think will have the biggest impact on India’s clean-energy transition—solar, wind, green hydrogen, or energy storage?
Learn more:
Join IGHA-Hyvolution India 2026, India’s leading green hydrogen event bringing together global leaders, innovators, and policymakers on 17–1
Khavda Progress Reflects Power transmission India Execution Challenge
The Western Regional Power Committee has reviewed construction progress on the Khavda Phase III-B transmission corridor, where the Vataman–Navsari section shows 670 of 684 foundations and 546 of 684 towers completed, while only 24 km of stringing has been completed on the 248 km line. The linked Halvad–Vataman section continues under a separate schedule, and the agenda also notes right-of-way constraints and associated reactive power support works. The project forms part of India's broader Rs 2.44 lakh crore TBCB transmission pipeline.
The review highlights the importance of synchronised delivery across transmission lines, substations and grid support infrastructure for renewable integration.
EnergylineIndia.com provides trusted Indian Power news covering Power transmission India and Renewable energy India.
Reactive Power Review Strengthens Grid stability India Focus
The Northern Region Renewable Energy Subcommittee has reviewed 44 renewable plants totaling 12,491 MW for compliance with reactive power requirements. Agenda papers show only seven plants (2,300 MW) as fully compliant, while 31 plants (8,491 MW) remain non-compliant. A further 13 plants totaling 3,840 MW are listed at the SVG financial-technical closure stage, reflecting ongoing corrective work rather than completed compliance. The committee discusses these findings alongside renewable scheduling, fault ride-through capability and broader grid control issues without attributing any specific disturbance to the listed plants.
The review underscores the need for stronger reactive power capability as renewable penetration continues to increase.
EnergylineIndia.com provides trusted Indian Power news covering Grid stability India and Renewable energy India.
SJVN Claim Highlights Power transmission India Contract Gap
SJVN has placed a Rs 7.86 crore compensation claim against CTUIL before the Northern Region forum, with the agenda noting that the applicable Transmission Service Agreement does not contain a specific compensation provision for the situation under dispute. The available record confirms the amount claimed and the contractual issue but does not include a final response, tribunal decision or settlement. The matter therefore remains an unresolved contractual claim rather than an established entitlement.
The case may shape future discussions on how commercial risks are allocated when transmission agreements do not expressly address specific operational events.
EnergylineIndia.com provides trusted Indian Power news covering Power transmission India and Renewable energy India.
Grid-India Report Examines Grid stability India Costs
Grid-India's June ancillary services report shows that 210,471.80 MWh of support from gas-based power stations attracted Rs 468.74 crore in compensation, averaging about Rs 22.3 per unit across eight generating stations. At the same time, the report records renewable curtailment reaching 19,281 MW without compensation under the current regulatory framework. It also notes that the tertiary reserve up-regulation market cleared zero energy during June, meaning upward reserve support came entirely through the compensation mechanism rather than market clearing.
The findings highlight the growing importance of balancing dispatchable generation with renewable integration as grid operations become more complex.
EnergylineIndia.com provides trusted Indian Power news covering Grid stability India and Renewable energy India.