C&I PV Systems-CYG ET CO., LTD.

C&I PV Systems Solution

CYG ET is committed to promoting safer and more convenient energy utilization. Distributed PV power generation is a new type of power generation and energy utilization method with broad development prospects. In the distributed solar power generation solution, PV modules are used to convert solar energy directly into electricity. it advocates for local generation, grid connection, and usage. This effectively addresses energy loss during voltage boosting and long-distance transportation. Our distributed solar power solution follows principles of suitability, cleanliness, efficiency, and decentralized layout and local utilization, maximizing local solar resources to replace and reduce the use of non-renewable energy.

Features

Comprehensive management system
Extensive on-site installation & commissioning experience and remote technical support
Strong R&D team ensures worry-free product use
Good qualification certifications guarantee product safety and reliability
Flexible cooperation models
Professional design team
Dedicated after-sales team provides comprehensive services to users
Cloud platform operation and maintenance for convenience and ease of use

Application Scenarios

Industrial areas/development zones: Large state-owned industrial and mining enterprises, new technology industrial parks, logistics parks, bonded zones, economic development zones, sewage treatment plants, and other industrial buildings.

Commercial areas: Commercial facilities including hotels, office buildings, sports venues, airports, train stations, large shopping centers, and supermarkets.

Cases

996.8kWp Distributed PV Power Generation Project of CYG Electric Power CYG ET CO., LTD.

The project is located in the Zhuhai National High-tech Industrial Development Zone and consists of two parts: a concrete roof and a color steel tile roof. The total installed capacity of the project is 996.8kW, with an estimated annual output of 1.09 million kWh of green electricity, saving 365 tons of standard coal and reducing carbon dioxide emissions by 109 tons. The roof area is relatively open with no obstructions, resulting in lower construction costs and good station efficiency. Additionally, the installation of PV panels on the roof provides secondary solar heat benefits, effectively reducing heat transfer from the roof to the interior in summer, thus lowering the building's thermal load. In winter, it minimizes the heat loss from inside the building, helping to maintain indoor temperatures. This indirectly reduces the frequency of air conditioning power consumption and overall electricity usage, achieving energy savings for the building. The power station was invested and built by Changyuan Comprehensive Energy and commenced operation in July 2018. It has withstood the tests of Typhoon Mangkhut (Category 5), Typhoon Higos (Category 3), and Typhoon Chaba (Category 3), operating stably and demonstrating excellent project quality!