CATEGORIES

announce
image text
Image Source : Energyinfra market EnergyStore

Cygni and XDLE Develop Advanced Energy Storage Solutions in India Insight


Last Update 03 September 2024

Hyderabad's Cygni Energy has partnered with XDLE Battery to enhance stationary Energy Storage with ultra-long-life Lithium LFP cells. This collaboration aims to develop scalable storage solutions for India's Commercial and Industrial sectors, reducing electricity costs and promoting Renewable Energy. Cygni's advanced manufacturing and XDLE’s innovative cells promise high performance.

Also Read ANI

News Insights

Hyderabad's Cygni Energy has partnered with XDLE Battery to enhance stationary Energy Storage with ultra-long-life Lithium LFP cells as well as with the aim to co-develop better energy storage systems with long reliability for the commercial and industrial segment. This will lead to tariff reduction and bring more adoption of renewable energy. This will also attract investors to invest due to more reliability. The ongoing demand for electricity will need stationary Energy Storage and enhancement in this will lead to better availability of electricity as well as it will reduce the load from the grid. Other market players take the opportunity to learn and come up with new models that will help to increase efficiency and reduce price.

Trulli

Sponsored by EI Market

Search

Newsletter

Get started with
EI Market personalised demo

Complete the form to get in touch with our sales team to see our Visionboard platform in action. We'll show you how you can use eninrac to build a culture of action of consistently hunting down and eliminating poor market research expriences across your companies line of business

power by why
REQUEST DEMO
By providing this information, you grant consent that we may process your personal data in accordance with our Privacy Statement.
By submitting this form, you grant consent to receive marketing information from eninrac as set out in our Terms of Service & Privacy Statement. You may unsubscribe at any time.