Commercial and industrial establishments will receive the wind power produced in the respective states
As per a recent announcement, GE Renewable Energy is set to supply, install and commission 81 units of its 2.7-132 onshore wind turbines for Continuum’s 218.7 MW wind power projects. Continuum MP Windfarm Development Pvt Ltd and Dalavaipuram Renewables Pvt Ltd, both subsidiaries of Continuum, have placed this project order in the Indian states of Tamil Nadu and Madhya Pradesh. It is noteworthy that GE and Continuum collaborated in 2021 also, to supply turbines for Continuum’s 148.5 MW Morjar, Bhuj and 99.9 MW Rajkot wind farms in Gujarat.
Deepak Maloo from GE Renewable Energy stated: “We are pleased to extend and deepen our partnership with Continuum in India. This is truly a testament to our strong working relationship and Continuum’s continued trust in our technology and capacity to deliver turbines. We look forward to furthering our partnership with Continuum in the future as they continue to build out their renewable energy portfolio in India. Over the last year, we have secured over ~2 GW of orders in India making us one of the largest wind turbine original equipment manufacturer (OEM) suppliers in the country.”
CEO of Continuum Green Energy, Arvind Bansal commented, “We are happy to collaborate with GE in our endeavour to accelerate India’s energy transition towards a sustainable and carbon neutral future. GE is a trusted partner to Continuum. Our common purpose of delivering green energy to power the future of the planet brings together a lot of synergies.”
With a presence in over 80 countries, GE Renewable Energy provides end-to-end solutions for reliable and affordable green power. It combines onshore and offshore wind, blades, hydro, storage, utility-scale solar, and grid solutions as well as hybrid renewables and digital services offerings. Morgan Stanley Infrastructure Partners-managed Continuum, on the other hand, is an India-focused renewable energy platform with 1+ GW of operating and under-construction capacity.