园区(企业)能碳管理软件平台

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中电鑫龙:已形成“智慧用能、智慧新能源、智慧城市”三大业务板块
Zheng Quan Ri Bao Zhi Sheng· 2025-08-22 11:44
Core Viewpoint - The company has established three main business segments: "Smart Energy Use, Smart New Energy, and Smart City" [1] Business Segments Summary - In the smart new energy sector, the company focuses on energy storage products, photovoltaic power stations, carbon management software platforms for parks (enterprises), and charging pile products [1] - Energy storage products include liquid-cooled outdoor cabinets (which feature liquid cooling systems for battery heat dissipation) and air-cooled outdoor cabinets, aimed at peak shaving, cost savings, multi-energy complementarity, and reducing carbon emissions [1]
中电鑫龙(002298.SZ):储能产品包括储能液冷户外柜、储能风冷户外柜等
Ge Long Hui A P P· 2025-08-22 07:37
Group 1 - The company has established three main business segments: "Smart Energy Use, Smart New Energy, and Smart City" [1] - In the smart new energy sector, the company focuses on energy storage products, photovoltaic power stations, carbon management software platforms for parks (enterprises), and charging pile products [1] - Energy storage products include liquid-cooled outdoor cabinets (which utilize liquid cooling systems for battery heat dissipation) and air-cooled outdoor cabinets, aimed at peak shaving, cost savings, multi-energy complementarity, and reducing carbon emissions [1]
中电鑫龙:储能产品包括储能液冷户外柜(包含液冷储能系统)、储能风冷户外柜等
Mei Ri Jing Ji Xin Wen· 2025-08-22 01:53
Group 1 - The company has developed three main business segments: "Smart Energy Use, Smart New Energy, and Smart City" [2] - In the Smart New Energy sector, the company focuses on energy storage products, photovoltaic power stations, carbon management software platforms for parks (enterprises), and charging pile products [2] - The energy storage products include outdoor cabinets with liquid cooling systems, which help dissipate heat from energy storage batteries, and outdoor cabinets with air cooling [2] Group 2 - The liquid cooling energy storage systems are designed to achieve peak shaving and valley filling, reduce electricity costs, and support multiple value benefits such as carbon emission reduction [2]