Energy Storage System Projects

Technical Specification

ESSs can help reduce the carbon footprint of energy production and distribution and make energy systems more resilient to power outages.

ESS technology continues to evolve rapidly, and as it develops, we can expect to see greater adoption and use of these systems over the next few years.

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Stable technology (2)
Stable technology (3)

Project Overview

Project Location: Taiyuan Shanxin Province, China
Project Time: 2019
Energy Storage Capacity: 3MW/6MWh
Energy Storage Model: Lithium iron phosphate battery
Operation mode: Charging during the valley section and flat section electricity price period, discharging during the peak section electricity price period +UPS power supply

Layout:1MW/2MWh Outdoor energy storage container 2MW/4MWh indoor layout
Project Highlights: MW level uninterrupted power supply and off-grid switching

Project Overview

Project Location: Chengdu, Sichuan, China
Project Time: Year 2019-2021
Energy Storage Capacity
Energy storage model of EV Charger: Lithium iron phosphate battery
Operatoin Model: Sorage and charge
Layout: Distributed outdoor layout
Project Highlight: Use energy storage to cut peaks and fill valleys, promote carbon neutrality, improve demand response of charging stations and increase revenue

Stable technology (4)
Stable technology (5)
Stable technology (6)
Stable technology (7)

Project Overview

Project Location: Xucang, Henan
Project Time: Year 2021
Energy Storage Capacity: 120KW/250KWh+300KWp Photovoltaic+120KW 5 sets Charging Pile
Energy Storage Model of Charing Pile: Lithium iron phosphate battery
Operation mode: light storage charge
Layout method: distributed layout outdoor
Project Highlight:
*Solar-storage-charge integrated dispatching, using light to raise piles, efficient use of new energy power generation;
*Alleviating the impact on the power grid when charging piles are charged with high current;
*Use energy storage to cut peaks and fill valleys to promote carbon

Project Overview

Project Location: Chengdu, Sichuan
Project Time: Year 2021
Energy Storage Capacity: 0.25MW/0.5MWh ,0.25MW/0.75MWh
Energy Storage Model: Lithium iron phosphate battery
Operatoin Model: Charging during valley electricity prices and discharging during peak electricity prices
Layout: 0.5MW/1.25MWh Outdoor energy storage container
Project Highlight: Tianfu New Area Carbon Neutral Demonstration Project; Comprehensive application of household side peak shaving and valley filli ng and demand response;

Stable technology (8)
Stable technology (1)

Energy storage systems are an essential part of progress towards a cleaner, more sustainable energy future. An energy storage system or ESS is defined as a technology that captures and stores energy for later use. This stored energy can be used to supply power during periods of peak demand or during grid outages.

The main function of an ESS is to store energy from renewable sources such as wind turbines or solar panels, which can be released back into the grid when demand is high. This is especially important because renewable energy sources can be intermittent, meaning they may not produce energy when needed.

By storing excess energy, ESSs can provide consistent, reliable power to the grid during peak hours or emergencies. ESSs can take many different forms, including batteries, flywheels, and compressed air storage. Lithium-ion batteries are one of the most widely used storage technologies due to their high energy density and relatively low cost. A flywheel, on the other hand, stores kinetic energy in a spinning wheel that releases energy on demand. Compressed air energy storage works by compressing air and storing it in a tank until it is needed again. ESSs work by capturing and storing the energy generated. This energy can be stored for short-term or long-term, depending on the needs of the grid. When energy is needed, the stored energy can be released to supplement the energy supply of the grid.

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