Color-coated Power-generating Energy-saving Integrated Panels, Building-integrated Photovoltaic Wall System Solutions

Color-coated Power-generating Energy-saving Integrated Panels, Building-integrated Photovoltaic Wall System Solutions

Against the backdrop of the ongoing pursuit of "dual carbon" goals, the promotion of low-carbon energy use in buildings is crucial.

The industry's demand for high-performance, multi-functional, and sustainable new photovoltaic building materials is increasingly urgent. In response to this trend, we have innovatively developed and launched a color-coated integrated power generation and energy-saving panel, becoming a model product combining building energy conservation and green energy.

Color power generation energy-saving integrated panel

Color-coated photovoltaic energy-saving integrated panels are an innovative building envelope material that combines a fireproof insulation layer, a photovoltaic power generation unit, and a decorative surface layer into one unit. It not only provides excellent thermal insulation and energy-saving effects as a building exterior wall, but also converts sunlight into clean electricity, meeting the comprehensive needs of modern buildings for functionality, economy, and aesthetics.

Part 1. Excellent thermal insulation performance

With a thermal conductivity of up to 0.31 W/(㎡·K) and a thermal resistance of up to 3.27 (㎡·K/W), it effectively blocks heat conduction and is suitable for various climate zones, helping buildings achieve ultra-low energy consumption goals.

Part 2. Enriching the Decorative Effect

Available in a variety of colors including black, blue, gold, silver, and bronze, with support for customized color schemes to suit the needs of modern building facade designs. The product's appearance harmonizes with traditional curtain walls, achieving power generation without compromising the building's aesthetic appeal.

Part 3. Considerable economic benefits

The integrated color-coded power generation and energy-saving panel uses a three-part junction box integrated into the back of the panel. Wiring exits through pre-drilled holes for series connection. Solar energy is converted into DC power, which is then converted into AC power by an inverter before being used in an electrical box or energy storage.

Serving as both a building envelope and a power generation system, the integrated color-coded power generation and energy-saving panel transforms the building facade into a clean energy power station. It boasts a short investment payback period (6-8 years), followed by a period of continuous revenue. This not only significantly reduces electricity costs but also enhances the project's overall profitability and green rating through green electricity subsidies and carbon sequestration gains.

Part 4. Class A Fire Safety

The core material is made of water-repellent and fireproof rock wool, which is fireproof and moisture-proof. It has passed the national Class A fire protection certification and meets the flame retardant requirements for building exterior wall materials in the "Code for Fire Protection Design of Buildings" GB50016-2023.

Part 5. Reliable Product Performance

The panel is made of a new type of polymer material, which has excellent bending strength and no risk of breakage; its weight is much lower than that of traditional glass-based photovoltaic systems, making it easy to install and highly adaptable to different structures; the circuit design is simple and reasonable, the system operates stably, and maintenance is convenient.

Part 6. Wide range of applications

Color-coded power generation and energy-saving integrated panels can be widely used in various building types, including industrial plants, commercial complexes, public buildings, high-end residences, and transportation hubs. Especially for locations with high requirements for power continuity, such as data centers and hospitals, these panels can be used in conjunction with energy storage facilities to ensure the continuous and stable operation of critical equipment.

As a wall-mounted power generation unit, the color-coated power generation and energy-saving integrated panel requires no additional floor space and can complement rooftop photovoltaic systems effectively. Its larger usable area and improved visual appeal imbue building facades with entirely new energy value.