Sinta - Solar Photovoltaic Panels
Solar photovoltaic panels, also known as solar panels, are key power generation components that directly convert sunlight into direct current (DC) electricity. They are the core and fundamental part of a solar power generation system. As a representative product of green energy solutions, photovoltaic panels have significant advantages such as zero emissions, no pollution, low maintenance costs, and long lifespan.
Solar photovoltaic panels convert solar energy into electrical energy through photovoltaic cell modules, and then connect to the grid or operate in off-grid mode via an inverter and other electrical equipment.
Our PV panels combine engineering functionality with aesthetic design, making them suitable for various installation methods, including rooftop mounting, ground steel structure installation, mobile solar systems, and BIPV (Building Integrated Photovoltaics), among others.
By properly integrating inverters, battery storage systems, and intelligent monitoring platforms, we can achieve photovoltaic power generation and smart energy management in all scenarios.
High Conversion Efficiency:
Our solar photovoltaic panels use advanced PERC cell technology and high-transparency glass, achieving an average conversion efficiency of over 21%, which is above the industry average.
Excellent Low-Light Performance:
Even on cloudy days, in the early morning or late afternoon, our solar photovoltaic panels maintain stable power generation, increasing the system’s annual average energy output.
Long Lifespan:
All photovoltaic panels undergo rigorous reliability testing, including mechanical load, thermal cycling, damp heat aging, and PID testing. Their lifespan can reach over 25 years.
Strong Environmental Resistance:
Our solar photovoltaic panels are waterproof, dustproof, and corrosion-resistant, capable of operating in harsh environments such as deserts, plateaus, and coastal areas.
Superior Safety Performance:
The low-current working mode reduces system heating, while the built-in bypass diodes effectively minimize the risk of hot spots, ensuring safe usage.
Easy Installation:
The modular design of the solar photovoltaic panels facilitates quick installation and grid connection. They are compatible with mainstream mounting brackets and inverter systems, supporting both grid-connected and off-grid modes, making them suitable for various systems, including independent homes, small commercial setups, and centralized power stations.
Home PV Panels System:
A common application of distributed energy, ideal for residential buildings and villa rooftops. It not only helps save electricity costs but also allows surplus electricity to be sold back to the grid, generating additional income.
Carport Solar System:
Integrating solar photovoltaic panels with carport roof structures, this system provides both shading and rain protection, while generating power on-site to supply charging stations, electric vehicles, and park lighting systems with green energy.
Commercial Building Rooftop:
Suitable for large buildings such as office buildings, shopping malls, hospitals, and schools, this system significantly reduces commercial electricity costs and enhances the building’s green rating.
Industrial Plant Photovoltaic Power Station:
The large rooftop areas of industrial plants are ideal platforms for solar installations, providing continuous power support for energy-intensive enterprises and effectively alleviating peak electricity demand.
Agricultural Photovoltaic Integration:
Projects such as “agriculture-photovoltaics integration” and “fishing-photovoltaics integration” are rapidly developing, where power generation occurs on top of the photovoltaic panels while below them farming or aquaculture takes place, improving land utilization and economic benefits.
Ground-Mounted Centralized Solar Power Station:
Suitable for barren hills, slopes, deserts, tidal flats, and other areas, this system involves large-scale deployment of photovoltaic panels, generating power to be fed into the national grid. It is a key part of the country’s clean energy strategy.