Industry dynamics

CALB, CNNP Rich Energy team up on multiple businesses related to clean energy

Publishtime:1970-01-01 08:00:00 Views:1

Shanghai (ZXZC)- On September 20, a strategic cooperation agreement was inked in Guangzhou between Chinese power battery supplier CALB Co., Ltd. ("CALB") and CNNP Rich (Guangdong) Energy Co., Ltd., a subsidiary of China National Nuclear Corporation ("CNNC"), according to a press release issued by CALB. This strategic alliance underscores the remarkable synergy between the two entities in shaping the future of clean energy.

CALB, CNNP Rich Energy team up on multiple businesses related to clean energy

Photo credit: CALB

The collaboration between CALB and CNNP Rich Energy signifies their shared vision and unwavering commitment to advancing the frontiers of renewable energy. Together, they are set to explore and innovate in various facets of the new energy landscape, including wind power generation, "zero-carbon zones," commercial and industrial energy storage, integrated solar and energy storage solutions, green transportation, and electrification of maritime vessels.

Established in November 2011, CNNP Rich Energy Co., Ltd. serves as a specialized platform under CNNC and China National Nuclear Power Co., Ltd. ("CNNP"). Its core mission revolves around the development, construction, and operation of non-nuclear clean energy ventures, aligning seamlessly with China's sustainable energy goals.

For years, CALB has been deeply entrenched in the energy storage market, boasting cutting-edge technology, robust product offerings, and extensive practical experience in energy storage applications. As a key player in China's energy storage demonstration projects, CALB has strategically partnered with industry leaders in wind power, photovoltaics, and power grid, with its efforts focused on power-generation-side, power-grid-side, and user-side application scenarios. This has allowed the company to extend its reach to various applications, ranging from offshore islands to remote plateaus and high-altitude regions with challenging environmental conditions.