Energy storage products

  • Sierra Leone mine project

    50kW, 105kWh | ATESS HPS50

    Sierra Leone mine project

    Time: 2019

     

    Project: Sierra Leone mine project

     

    Installed capacity: 50kW,105kWh

     

    Product: ATESS HPS50

     

    Introduction:

    This is a pilot hybrid solar station with ATESS HPS50 inverter. The system is applied in the

    office area of a mine as UPS power supply for the facilities.


  • Vanuatu project

    100kW, 100kWh I ATESS HPS100

    Vanuatu project

    Time: 2020

     

    Project: Vanuatu project

     

    Installed capacity: 100kW, 100kWh

     

    Product: ATESS HPS100

     

    Introduction:

    Installation in Vanuatu with ATESS 100kW storage inverter HPS100 and 325kWh battery bank. This system is powering for an oil mill, a canning production line and a slaughterhouse with occasional generator back-up, which perfectly resolves the production restrictions induced by the lack of utility grid on the island.

  • Fishery-PV power station

    300kw, 800kWh | ATESS HPS150

    Fishery-PV power station

    Time: 2019

     

    Project: ACME India Factory Storage System

     

    Installed capacity: 300kw, 800kWh

     

    Product: ATESS HPS150

     

    Introduction:

    Two HPS150 were installed in parallel on a large fishining boat, supporting the infrastructure aboard and also fishing aerator, water pump etc.


  • ACME India Factory Storage System

    500kWh | ATESS PCS500

    ACME India Factory Storage System

    Time: 2020

     

    Project: ACME India Factory Storage System

     

    Installed capacity: 500kWh

     

    Product: ATESS PCS500

     

    Introduction:


    National Grid of India is not stable, even in urban area grid failure occurs frequently, most of the factories and offices are with backup diesel generator which is costly in maintenance and fuel consumption. the 500kW battery energy storage system with ATESS 500kW battery inverter, bypass cabinet, isolating transformer and LG battery was designed to support consumption of office and production line during grid failure, and minimize the usage of DG, at the same time runs as a test site for future grid regulation application.

  • Mhondoro Lodge project

    240kW, 1MWh | ATESS HPS120

    Mhondoro Lodge project

    Time: 2020

     

    Project: Mhondoro Lodge project

     

    Installed capacity: 240kW, 1MWh

     

    Product: ATESS HPS120

     

    Introduction:

    Located in rural area of South Africa, totally off the grid, it's crucial to have stable and uninterrupted power supply. That's why ATESS HPS120 is chosen, 2units HPS120 are connected in parallel with 24 hours' backup(1MWh battery bank) to be the main electricity source for the lodge. The system is expected to produce 402.7MWh annually, which will greatly reduce the use of DG and contribute to emission reduction.

  • Mombasa port Project

    500kw, 730kWh I ATESS PCS500

    Mombasa port Project

    Time: 2020

     

    Project: Mombasa port Project

     

    Installed capacity: 500kw, 730kWh

     

    Product: ATESS PCS500

     

    Introduction:

    The system works as backup power source for Mombasa port, configured with 500kw battery inverter, 350kw PV capacity and 730kwh battery bank. Mombasa port of Kenya, the largest port on the east coast of Africa, will be relying on ATESS PCS system to power some part of its infrastructures.

加载更多

Ghana Solar Hybrid Plant

Time: 2017

 

Project: Kashgar, Xinjiang,China

 

Installed capacity: 20 MW + 400 kW/1006 kWh

 

Product: SC500TL, lithium batteries

 

Introduction:

The DC side energy storage system solution provided by SUNGROW for Kashgar, Xinjiang (China) is reputed as “terminator of power generation limitation”. It is a DC bus side parallel energy storage system of PV assemblies and PV inverters without the need to change the existing AC system configuration in the PV power station. This energy storage system can store the PV power exceeding the limit power in batteries, and the stored power can be supplied with the grid is slightly idle by one charge and discharge cycle a day, thus thoroughly solving the problem of power generation limitation. This energy storage system can also substantially improve the accuracy of PV power prediction with flexible control of the PV power station output power, making the station smarter and the grid more friendly.