Canadian Solar, Nature’s Generator, SolarBank, Envision Energy, among others, announced their latest renewable energy projects or partnerships.
Canadian Solar’s e-STORAGE to Deliver 576 MWh of Energy Storage for Arizona
Canadian Solar’s energy storage division, e-STORAGE, has signed agreements with Strata Clean Energy for the White Tank Battery project in Arizona. The project will feature a 100 MW / 576 MWh DC battery energy storage system. It is expected to enhance grid reliability by storing excess renewable energy and deploying it during peak demand. e-STORAGE will supply 120 SolBank 3.0 battery enclosures and oversee operations through a 20-year service agreement.
Nature’s Generator Unveils MyGrid 10K for Home Energy Independence
Nature’s Generator has introduced the MyGrid 10K, a plug-and-play solar and wind energy system designed for home energy independence. The system, priced at $5,999.99, offers 10,496 Wh capacity, 10,000W continuous power output, and expandability up to 140 kWh. It can integrate with existing solar setups and be installed in minutes.
SolarBank Sells Camillus Solar Project to Solar Advocate Development
SolarBank has announced the sale of its 3.26 MW Camillus Solar Project to Solar Advocate Development for $7.3 million. The project, which is being developed as a community solar installation on a closed landfill site, is expected to benefit from incentives under the NY-Sun Program by NYSERDA. Engineering and procurement have commenced, with major equipment orders secured through Tier 1 suppliers. The transaction includes an engineering, procurement, and construction (EPC) agreement dated March 18, 2025.
Envision Energy Achieves Breakthrough in Sliding Bearings for Wind Turbines
Envision Energy has implemented its in-house developed sliding bearings in 500 wind turbines with zero reported failures. The company, a wind turbine manufacturer, spent five years developing this technology, which improves turbine efficiency, extends operational lifespan, and reduces maintenance costs. Testing data indicates that the sliding bearings reduce power losses by 20-25 percent, increasing energy output by approximately 0.5 percent over the turbine’s lifespan.
GreentechLead.com News Desk