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Industrial And Commercial Energy Solutions

Help businesses save electricity bills, realize green low-carbon transformation, with easy installation, smart management and safe, steady operation.

Industrial And Commercial Energy Solutions
Roof Load Adaptation Design

Roof Load Adaptation Design

Optimize module layout based on roof structure survey to ensure building safety and maximize installed capacity and power output.

Intelligent O&M Monitoring Platform

Intelligent O&M Monitoring Platform

Collect full-link power generation and equipment data with automatic fault alerts and remote visual management to cut O&M costs.

Solution Type

Factory building
Factory building
Logistics park
Logistics park
Shopping mall
Shopping mall
Hotel
Hotel
School
School
Office building
Office building

Applicable scenarios

Color steel tile roof

Color steel tile roof

Fixture installation scheme Using specialized fixtures to bite onto the peaks or valleys of color steel tiles, without drilling holes or damaging the roof, and fixing the photovoltaic modules through bracket tracks. Adaptation system: grid connected self use/integrated photovoltaic storage Applicable roof types: corner arch type, upright lock edge type, etc. Most color steel tiles Installed capacity: 100kW~5MW Core supporting equipment: aluminum alloy bracket+anti-corrosion fasteners+photovoltaic cable

Color steel tile roof

Color steel tile roof

Lightweight component solution By using flexible lightweight photovoltaic modules (only 5-6kg per square meter) and fixing them with specialized adhesives or fixtures, the roof load is significantly reduced. System: Integrated light storage system Applicable roof types: old factory buildings, color steel tile roofs with a load of less than 30kg/㎡ Installed capacity: 50kW~1MW Core support: lightweight flexible components+special adhesive+micro inverter

Concrete roof

Concrete roof

Best inclination bracket scheme Install steel structure brackets on the flat roof and arrange components at the optimal local inclination angle to achieve the best power generation efficiency. Adaptation system: grid connected self use/integrated photovoltaic storage Installed capacity: 50kW~3MW Core supporting equipment: hot-dip galvanized/aluminum alloy bracket+photovoltaic module+inverter

Concrete roof

Concrete roof

Ballast scheme Using cement piers or metal counterweights to press down on the bracket without drilling holes, thoroughly protecting the roof waterproof layer. Adaptation system: grid connected self use/integrated photovoltaic storage Suitable for roofs: Cement roofs with old waterproof layers that are not suitable for drilling holes Installed capacity: 50kW~2MW Core support: counterweight foundation+rubber cushion layer+low inclination bracket

Factory open space

Factory open space

Fixed bracket scheme Drive pile foundations or pour concrete foundations into the ground, set up steel structure supports, and arrange components at the optimal inclination angle. Adaptation system: integrated photovoltaic storage/photovoltaic storage diesel microgrid/grid connected self use Installed capacity: 200kW~10MW (depending on the open space area) Core supporting facilities: spiral pile/concrete foundation+hot-dip galvanized bracket+photovoltaic module+inverter

Factory open space

Factory open space

Photovoltaic carport scheme Install a photovoltaic roof above the parking lot in the factory area, park normally below, generate electricity at the top, and combine sun and rain protection with power generation. Adaptation system: grid connected self use/integrated photovoltaic storage Installed capacity: 100kW~2MW Core supporting facilities: large-span steel structure+waterproof bracket+photovoltaic module

Technical Points

More Engineering Cases

RD Mining Area, Kasenpa County, Northwest Province, Zambia

RD Mining Area, Kasenpa County, Northwest Province, Zambia

Integrated centralized photovoltaic 5MW+energy storage 5MW/15MWh photovoltaic power generation project for Guangchai storage microgrid and electric vehicle.

XFM Mining Area, Kasenpa County, Northwest Province, Zambia

XFM Mining Area, Kasenpa County, Northwest Province, Zambia

The installed capacity is 9MW. (Using N-type TOPCon double-sided double glass photovoltaic modules with a single power of 570Wp)

JH Mining Area, Chingola County, Copperbelt Province, Zambia

JH Mining Area, Chingola County, Copperbelt Province, Zambia

The installed capacity is 11MW. (Using N-type TOPCon double-sided double glass photovoltaic modules with a single power of 575Wp)

DK Mining Area, Jongui County, Lusaka Province, Zambia

DK Mining Area, Jongui County, Lusaka Province, Zambia

Installed capacity of 5MW. (Using N-type TOPCon double-sided double glass photovoltaic modules with a single power of 575Wp)

DK Mining Area, Jongui County, Lusaka Province, Zambia

DK Mining Area, Jongui County, Lusaka Province, Zambia

Installed capacity of 7.5MW. (Using N-type TOPCon double-sided double glass photovoltaic modules with a single power of 575Wp)

Joma Town, Southern Province, Zambia

Joma Town, Southern Province, Zambia

Installed capacity of 35MW. (Using N-type TOPCon double-sided double glass photovoltaic modules with a single power of 635Wp)

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