Great Power(SZ:300438) Xin Lang Cai Jing·2026-01-23 13:10Core Insights - Recent announcements from Penghui Energy, Trina Storage, and Astech Energy highlight significant developments in large-scale and commercial energy storage orders, indicating a positive trend in the energy storage sector [1][10]. Group 1: Penghui Energy - Penghui Energy reported that it has completed a portion of its overseas large-scale storage orders for 2025, with high customer satisfaction and expectations for significant growth in 2026 [1][10]. - The company is currently operating at full capacity for its main energy storage products, including 314Ah large storage cells and 100Ah and 50Ah small storage cells, with plans to introduce a new 587Ah large capacity cell by 2026 [1][10]. - Penghui Energy forecasts a net profit of between 170 million to 230 million yuan for 2025, attributing this to a favorable industry environment and increased sales orders [3][12]. Group 2: Trina Storage - Trina Storage has signed a cooperation agreement for its first large-scale battery storage project in Italy, a 250MW/1GWh facility, which is expected to enhance grid reliability and support renewable energy goals [4][13]. - The project is part of Trina Storage's successful bid in Italy's 2027 capacity market auction and is anticipated to be one of the largest battery storage projects in Italy and Europe [4][13]. - Trina Storage has achieved a cumulative shipment of over 4GWh in the European market, covering multiple countries including the UK, Germany, Greece, and Spain [16]. Group 3: Astech Energy - Astech Energy announced significant overseas orders for its LABEL liquid-cooled commercial energy storage systems, with successful deployments in France and Finland [5][18]. - The new product series has achieved a cumulative overseas deployment capacity of over 2.5MWh, with additional orders in negotiation, indicating a growing global brand presence [5][18]. - Astech's products utilize 314Ah cell technology, which reduces the levelized cost of storage (LCOS) by approximately 15%, enhancing economic efficiency throughout their lifecycle [9][18].