Green Building-integrated Photovoltaic(BIPV)Projects

BIPV Power station can be built in the roof of public building, such like schools, hospitals, railway stations，airports, carports and so on. The power produced can be used for the buildings, which can reduce power operation cost significantly，practice energy conservation and emissions reduction, and can obtain national photovoltaic energy subsidies at the same time.

Our advantage:
Visual power station operation monitoring system
1、Provide visualization of the conventional power station running monitor, including generating capacity, power station equipments' real-time data, abnormal alarm, etc.； 
2、set up a large display screen in the hall, displaying daily date, including generating capacity, coal conservation, emissions, power consumption and save electricity； 

Commercial building distributed grid pv power station projects

Commercial building distributed grid pv power generation projects can be built in the roof of commercial building, such like office buildings, commercial city, hotels, supermarkets and so on, which can reduce power operation cost significantly, through the national electricity subsidies to speed up the recovery cost at the same time, and finally achieve high economic benefits

Our advantage:
Visual power station operation monitoring system
1、Provide visualization of the conventional power station running monitor, including generating capacity, power station equipments' real-time data, abnormal alarm, etc.； 
2、set up a large display screen in the hall, displaying daily date, including generating capacity, coal conservation, emissions, power consumption and save electricity；3, provides the capacity chart, used forproperty managers to analyze power generation situation, to judge if the modules need to clean or maintenance.

Industrial distributed grid PV power station Projects

Using the buildings to construct the PV power station, instead of occupying the land, not only can improve the efficiency of using the land resources, but also is the manifestation of systemic and economical efficiency of architectural design. From the Angle of coal resource conservation and environmental protection, construction has more obvious social benefits and environmental benefits. Supply power to grid can also solve the contradiction between supply and demand of power grid peak valley.

Our company has been constructing and planning to invest PV power station up to 300MWp in the past 2 years,  especially the roof power plants, have completed the Wenzhou Economic and Technological Development Zone Demonstration Project 10.04MWp, and passed the national Golden Sun demonstration project acceptance group acceptance; Ongoing projects include 30MWP distributed grid-connected PV power station demonstration project in Wenzhou Economic Development Zone  and 50MWp PV grid project in Lishui Economic Development Zone

Barren hills’ and slopes’ Ground-based grid PV power station Projects

Reliable resources and investment, build the pv power station though renting the barren hill and slope land. Project’s construction and equipment’s daily maintenance can drive the farmers around to earby employment, to form wage income.  Effectively combined with geographical advantages, rational utilization of land resources, produce the social industrial chain, then promote the development of surrounding

Off-grid PV System

 Working Principle：off-grid PV system changes sun radiation energy into direct current produced by solar panels, and charge-discharges to the storage battery through controller, then provides power to DC loads or provide power to AC loads through inverter. It is not connected to the pulic electricity supply system. This system consists of PV Array, charge controller, battery, off-grid inverter and so on.

Field of Application：

It is used to harsh natural conditions such as plateau, islands, remote mountain areas and field working. It also can be used in communication base station, advertising, lamp box, street lamp and so on.

Wind and solar hybrid system

Wind and solar hybrid system is mainly consistso of PV array, battery, wind and solar hybrid charge controlle, solar charge controller, off-grid pure sine wave inverter, solar monitoring system software,  distribution box which has protection systems for lightning, over voltage, open circuit and over current, and so on.

 Working Principle：It is using wind and solar energy into electricity by wind turbines and photovoltaic components, and then through the controller for battery charging, then through the inverter to change DC to AC 220 v / 380 v ,finally use for the AC load.