BAPV

Building Attached Photovoltaic (BAPV) refers to a PV system that is simply attached to the building. The component on the building uses the ordinary solar module which mounted on the building through the bracket. Its main function is to generate electricity with grid-connected or off-grid systems.

BIPV

Building-integrated photovoltaic (BIPV) is photovoltaic materials that are integrated into the architectural technology and used to replace conventional building materials in parts of the building envelope. They are increasingly being incorporated into the construction of new buildings as a principal or ancillary source of electrical power such as photovoltaic solar panels, the rooftop of photovoltaic panels, or photovoltaic curtain wall for photovoltaic power generation with grid-connected or off-grid system. BIPV is different from the building attached photovoltaic (BAPV).

BIPV can be divided into two categories: one is the PV array and building combination. By this way, the PV array is attached to the building and the building acts as a photovoltaic array carrier to support it. The other is the PV array and building integration. The PV array serves as building materials and is an integral part of building. Without using extra floor space, BIPV is the best installation and widely adopted in the city. The PV array and the building integration is an advanced form of BIPV. With higher requirement on PV module, the module serves the dual functions of photovoltaic power generation and construction requirements.

The 376.76KW grid-connected PV system of Xiamen Aircraft Engineering Comprehensive Training Building

The grid-connected PV projects of Taikoo (Xiamen) Aircraft Engineering training bases have involved a total of 11 buildings with a building area of 79568.8 square meters. The solar energy PV systems are installed on rooftops to provide round-the-clock power supply for illumination, livelihood and various equipment. All indoor and outdoor lighting fixtures use LED energy saving lamps. A total of 1761 pcs of 180WP/36V monocrystaline silicon solar cells and 660 pcs of 90WP/100V amorphous silicon solar cells have been installed. The grid-connected power generation system is capable of generating 630,000kWh of electricity annually. With a service life up to 25 years, the system is capable of saving about 210 tons of standard coal each year to cut down carbon dioxide emission by about 550 tons, sulfur dioxide emissions by about 1.8 tons and nitric oxide emissions by about 1.55 tons. It is capable of achieving social, environmental and economic beneficial results.

Quanzhou export processing zone and grid-connected PV power generation project

Installation of monocrystalline silicon photovoltaic module 359.19kWp at the office and factory which covers an area of ​​5,000 square meters
Annual power generation capacity: 417,000 KWh
Annual carbon dioxide emission reduction: 320,000 tons.

Shanghai Agriculture Demonstration Park

The 30KW solar battery power generation demonstration project at Shanghai Jinshan modern agricultural park has an installation capacity of 30KW. It adopts the solar energy power generation/ commercial power network grid-connected power supply model with an annual power generation capacity of approximately 30,000KWh. The monocrystalline silicon solar panels and solar energy power generation are incorporated into the power grid.

The 200KW installation at Lingang

The 2,500 square meter rooftop space of Shanghai Scientific Research Base in Lingang Administrative Center has been installed with a 200 KW grid-connected solar energy photovoltaic system with an annual power generation capacity of some 200,000KWh. It serves as the main power supply for the building’s illumination system.

Xiamen Aircraft Maintenance Base

Total installed capacity: 1200kWp with an area of 15,000 square meters
Annual power generation capacity: 1,314,000 KWh
Annual carbon dioxide emission reduction: 1.03 million tons

Grid-connected photovoltaic power generation demonstration project of Jin-Jiang Municipal Administrative Service Center and Jin-Jiang City Exhibition Hall

Total Installed capacity: 408.24KWp, The total area for PV array installed in two buildings rooftop: 6,000 square meters.
Annual generation capacity: 480,000 KWh
Annual carbon dioxide emission reduction: 370,000 tons

Hebei Datang power generation plants and grid-connected PV power generation project

Installation of 195kWp monocrystalline silicon PV modules in the grassland wind farm and distributed within 10,000 square meters of the farm
Annual power generation capacity: 310,000 KWh
Annual carbon dioxide emission reduction: 240,000 tons

Shanxi oblique axis tracking grid-connected photovoltaic power generation project

Installation of oblique axis tracking bracket and panels 242.2 kWp which covers an area of ​​4,800 square meters
Annual power generation capacity: 477,000 KWh
Annual carbon dioxide emission reduction: 370,000 tons

Shanghai Municipal Science and Technology Commission 10kW photovoltaic power generation noise barrier

Shanghai Municipal Science and Technology Commission 10kW photovoltaic power generation noise barrier project has an installation capacity of 10kW. The system involves mounting of photovoltaic components on the sound barrier boards on both sides of the rails of high-speed road. It is capable of lowering the noise and at the same time, to generate electricity. The photovoltaic power generation is incorporated into the national power grid.

The 15kW installation at Yeqiao vegetable market

The 15kW Taiyang battery power generation demonstration project at Yeqiao vegetable market, Shanghai Baoshan District adopts the solar energy power generation/ commercial power network grid-connected power supply model with an annual power generation capacity of approximately 15,000KWh.