Beijing Zhongjian Chenyuan Garden Residential Project (313.5KW) - T MAX O
When architectural aesthetics and clean energy are deeply integrated--Beijing Zhongjian Chenyuan Garden Residential Project has recently completed the grid connection of its PV system. This high-end residential area, which is provided with a PV tile system solution by Sgbsolar, refreshes the new height of PV integration in urban residences with an installed capacity of 313.5kW. The project has realized a green breakthrough with an annual power generation of more than 360,000 kWh, marking a breakthrough application of building integrated photovoltaic (BIPV) technology in the field of high-end residences.
Project Core Value Presentation
Installed size: 313.5kW distributed PV system
Annual power generation: 360,000 kWh (to meet the annual electricity consumption of 80 households)
Emission Reduction Benefit: Reduce 950 metric tons of CO2 emissions, equivalent to planting 4,300 adult trees.
Building materials replacement: Successful replacement of traditional roofing materials 1650 square meters
T MAX O Technology Highlights
Customized design: Perfectly matching the project's new Chinese architectural style and photovoltaic roofing aesthetics.
Power generation performance: 22.3% module conversion efficiency, low light environment power generation by 18%.
Safety protection: IP68 waterproof grade, can withstand 5400Pa strong wind loads
Technological innovation breakthroughs
Concealed wiring system: Pre-embedded cable channel design ensures roof flatness.
Modular arrangement: Optimize the spacing and orientation angle of the tiles to maximize the use of roof light resources.
Rapid installation system: locking type installation, construction efficiency increased by 40%.
Sustainable Building Practices
Energy dimension: the building itself generates electricity to cover the demand for electricity in public areas.
Economic Dimension: The building is expected to generate more than 6 million RMB in electricity costs over a 25-year cycle.
Environmental dimension: Reduce CO2 emissions by 950 tons over the whole life cycle.
Social dimension: Establishing a replicable standard for the application of photovoltaics in high-end urban housing.
Sgbsolar's photovoltaic products are adapted to complex roofing environments with standardized products, providing stable power generation benefits while meeting building safety and durability requirements. The project verifies the economic feasibility and technical maturity of residential BIPV, and perfectly restores the layered aesthetics of traditional architectural tiles while ensuring power generation performance. It also provides a replicable green solution for the high-end residential market and helps upgrade the urban low-carbon living environment.