Utility Scale PV

The Indian Renewable Energy Development Agency Ltd (IREDA) shall provide its techno-financial expertise to help Brahmaputra Valley Fertilizer Corporation Limited develop renewable energy, green hydrogen, green ammonia, and energy efficiency and conservation projects.

The State-owned salt producer has invited developers to build and operate an aggregate 5 GW of solar capacity on its disused land in the Indian States of Rajasthan (4 GW) and Gujarat (1 GW). The developer shall pay to Hindustan Salts a fixed annual rental for the land provided on a per acre basis. Developers have until December 13 to lodge their interest.

JMK Research analysts expect the solar installation activity to further pick up in the fourth quarter. They estimate around 3.5 GW of new utility-scale solar capacity and 1 GW of hybrid capacity addition in the October-November-December period.

NTPC Renewable Energy Limited has signed a power purchase agreement with Indian Railways, Madhya Pradesh Power Management Company Limited (MPPMCL), and Rewa Ultra Mega Solar Limited (RUMSL).

Solar installers must bid for a minimum of 50 MW and a maximum of up to 600 MW, in 10 MW multiples. Bidding closes on December 24. 

The private-sector power producer will group its renewable energy business under wholly-owned arm JSW Neo Energy as it targets growth in renewable energy generation, energy storage, and green hydrogen business. 

Data analytics and digital process support in solar plant operation and maintenance delivers unmatched improvement in efficiency, while modern technology drives down development costs. It also helps service providers in ensuring sustained energy generation, long-term performance, and plant’s return on investment.

The German Federal Cartel Office is currently reviewing the transaction. RWE confirmed the plan.

A report has stated the renewable-plus-fossil fuel model is the best short term option to meet the assured supply conditions in the Solar Energy Corporation of India’s round-the-clock power tenders. Further out, as the cost of batteries decline, that technology is likely to become the most viable option for providing critical, non-intermittent power.

As solar PV increases its share in the world’s energy mix, it is becoming increasingly clear how valuable the data gathered from renewable energy generators is in informing important decisions about operation, maintenance and grid integration. Yazeed Al Mousa examines the latest applications for artificial intelligence in PV project development and operation.