Trang chủ » tìm nguồn cung ứng sản phẩm » Năng lượng tái tạo » Maxwell sẽ xây dựng cơ sở sản xuất thiết bị pin Perovskite Tandem Cell của HJT và nhiều hơn nữa từ GoodWe, Trinatracker, Jiayu Group, Ganyue New Material
Tấm pin mặt trời cho một xã hội không có carbon

Maxwell sẽ xây dựng cơ sở sản xuất thiết bị pin Perovskite Tandem Cell của HJT và nhiều hơn nữa từ GoodWe, Trinatracker, Jiayu Group, Ganyue New Material

Maxwell to build HJT perovskite tandem cell equipment fab; GoodWe to repurchase shares; Dunhuang 120 MW solar generation project with Trina’s Vanguard 2P trackers grid-connected; Jiayu Group signs PV module deal; Ganyue New Material starts building 1,200-ton PV glass facility.

Maxwell to build HJT perovskite tandem cell equipment facility: Solar production equipment maker Maxwell has held the groundbreaking ceremony for its semiconductor equipment facility, located in Wujiang District, Suzhou, Jiangsu Province. The company is investing about RMB 5.4 billion ($750.16 million) in the facility focused on research and manufacturing of next-generation HJT perovskite tandem cells. The construction is scheduled to be completed within 2 years.

In November 2023, renowned scientific journal Nature Energy published results from the latest research on high-efficiency silicon HJT cells from Maxwell (xem Tin tức về điện mặt trời Trung Quốc).

GoodWe plans RMB 5-10 million share repurchase: Solar inverter and ESS manufacturer GoodWe has announced its plans to repurchase its shares. It plans to use its own funds, not less than RMB 5 million ($695,000) and not exceeding RMB 10 million ($1.39 million), for the repurchase. The shares will be repurchased through centralized bidding transactions, within 12 months from the date of gaining approval from its board of directors.

GoodWe said that this repurchase is based on confidence in its future development and the recognition of its long-term value. It aims to improve the company’s long-term incentive mechanism and improve the cohesion of the company’s employees. It also said that this will safeguard the interests of investors, enhance investor confidence, and promote the company’s long-term development.

In December 2023, GOODWE released the Tianji Series PV sunshade systems (xem Tin tức về điện mặt trời Trung Quốc).

Dunhuang 120 MW PV power generation project with Vanguard 2P Trackers grid-connected: TrinaTracker, the tracker manufacturing arm of Trina Solar, has announced that the Dunhuang solar thermal + 120 MW solar power generation project has been grid-connected. The project, located in the Andun Basin, uses trackers exclusively supplied by TrinaTracker. It covers an area of approximately 3,594 acres, with a construction capacity of 120 MW, and a total of 2,502 sets of Vanguard-2P trackers. Once fully operational, it is expected to produce 290 GWh of electricity on average every year, saving 102,300 tons of standard coal and reducing CO2 emissions by 276,800 tons.

Jiayu Group signs PV module purchase deal: Jiayu Group has announced that it has signed a PV module procurement contract with Weixian Shangshi Construction Engineering Co., Ltd. According to the contract, valued at RMB 242.42 million ($33.7 million), Jiayu Group will supply 545 W glass-glass PV modules to Weixian Shangshi Construction Engineering.

Ganyue New Material’s starts construction on Phase III of 1,200-ton PV glass facility: PV glass manufacturer Ganyue New Material has announced the groundbreaking for phase III of its 1,200-ton solar glass facility. The facility, located in Dinnan County, Ganzhou City, Jiangxi Province, will consist of a 1,200 t/d PV glass kiln and 6 PV rolling glass production lines, which will be built in 3 phases. It is scheduled to start production in December 2024.

Nguồn từ Tin tức Taiyang

Tuyên bố miễn trừ trách nhiệm: Thông tin nêu trên được Taiyang News cung cấp độc lập với Cooig.com. Cooig.com không tuyên bố và bảo đảm về chất lượng và độ tin cậy của người bán và sản phẩm.

Để lại một bình luận

Chúng tôi sẽ không công khai email của bạn. Các ô đánh dấu * là bắt buộc *

Di chuyển về đầu trang