Zhuhai Watt Power Equipment Co. LTD-C＆I Micro-grid Energy Storage System

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 Building 16, Tsinghua Science Park, 101 University Road, Tangjiawan Town, Xiangzhou District, Zhuhai City, Guangdong Province
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86-756-3663111

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 Building 16, Tsinghua Science Park, 101 University Road, Tangjiawan Town, Xiangzhou District, Zhuhai City, Guangdong Province
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86-756-3663111

 gdwatt@vip.sina.com

 Building 16, Tsinghua Science Park, 101 University Road, Tangjiawan Town, Xiangzhou District, Zhuhai City, Guangdong Province
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86-756-3663111

 gdwatt@vip.sina.com

 Building 16, Tsinghua Science Park, 101 University Road, Tangjiawan Town, Xiangzhou District, Zhuhai City, Guangdong Province

Intelligent microgrid in mining area

Intelligent microgrid in the park

Integrated optical storage and charging

Shore power intelligent microgrid

Green hospital microgrid

Island smart microgrid

WATT Smart Microgrid Solution

Industrial and commercial intelligent microgrid

Industrial and commercial green microgrid applications include parks, factories, commercial supermarkets, office buildings, public buildings, etc., and apply "distributed new energy + energy storage + charging pile /5G/ data center" and other modes, which can be integrated to achieve the goal of reliable electricity consumption, electricity economy and carbon reduction and zero carbon. Watt industrial and commercial microgrid solutions bring the customer value of "higher returns, lower investment, safety and reliability, intelligent operation and maintenance", one-stop turnkey service let you worry about green development.

Integrated optical storage and charging

Watt uses advanced microgrid technology to combine photovoltaic, energy storage and electric vehicle charging piles, and adopts the operation strategy mode of "green charging and photosupport pile". It can not only realize self-use of photovoltaic power generation and storage of surplus electricity to meet the charging demand of electric vehicles, but also improve energy conversion efficiency and reduce energy consumption cost by using peak and valley electricity price.

Island smart microgrid

Remote islands are far away from the land and have a small area, so the self-sufficiency of traditional diesel engines cannot meet the electricity requirements of residents. Meanwhile, the use of diesel cannot meet the development needs of energy conservation and carbon reduction. The multi-energy complementary mode of "wind, light, firewood and storage" can improve the utilization rate of new energy and effectively guarantee the electricity demand of islands.

Shore power intelligent microgrid

Under the requirements of "green port" construction, the micro-grid system of "energy storage type shore power system + new energy + power exchange heavy card" has become a carbon reduction tool for green ports. Shore power micro-grid system can improve the utilization rate of shore power equipment, promote the development of port ship intelligent power supply, and achieve the goal of green production. At the same time, the system can realize the high reliable supply of various energy forms to the load, realize the active distribution network, and greatly improve the electrification level of Xiaoxatan port.

Intelligent microgrid in mining area

Under the background of "dual carbon", the construction of green/zero carbon mine mainly focuses on "new energy + energy storage + new energy loading truck + charging and changing device" to build green energy ecology. The operating environment of traditional mining area is harsh, especially the problems of power supply system occur frequently, which makes the safety and reliability of power supply system of mining area very important. Therefore, the intelligent microgrid system in mining area should be considered from various aspects such as safety, economy, practicability and reliability according to the actual situation of mining area.

Green hospital microgrid

Green hospital microgrid system addresses three major challenges in hospital development: energy resilience in the face of emergencies, cost pressure from hospital energy use, and green development goals. "New Energy + storage" can not only help hospitals improve resilience and better withstand power grid outages or power instability, but also help optimize energy costs and maximize the use of renewable energy to help hospitals achieve their sustainable development goals.