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Recently, the battery energy storage system project participated in by REPT BATTERO was successfully connected to the grid in Meizhou City, Guangdong Province. It is reported that the project is a user-side factory energy storage project with a scale of 40MWh. By deploying a stable clean energy supply system locally, REPT BATTERO has injected new momentum into the local green energy transformation.

In early August, the 20MW/40MWh DC side project was successfully connected to the grid. This project is mainly contracted by Sifang Group and undertaken by REPT BATTERO.

The company serving this time is a large group company whose main business is cement. The supported project is located in Meizhou, one of the three major cement production bases, and is a user-side factory energy storage project. REPT BATTERO added an energy storage system to the user substation in the factory, through two 10kV circuits in the substation.feederThe switch is connected to the grid, using multiple energy storage units in parallel, with an output voltage level of 10kV.

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Energy storage helps “reduction” and structural transformation

according toMcKinseyAccording to data, the cement industry accounts for 7% of global carbon emissions, and the carbon emissions of China's cement industry account for about 9% of the country's total carbon emissions, making it a "big user" of carbon emissions.

Facing the "double carbon" goal, the cement industry has an arduous task. To achieve carbon emission reductions, we need to start from aspects such as alternative fuels and energy efficiency improvements.

The completion and commissioning of the project will effectively alleviate the company's peak power supply pressure, increase the consumption of new energy, and reduce the company's energy costs.

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High-quality products + full-cycle service guarantee energy supply

According to reports, the total energy storage capacity of this project is20MW/40MWh,include6Each energy storage unit is composed of two sets of 3.35MWh prefabricated cabins connected to one set of 3.45MW boost inverter unit.

The Battery system of this project uses a lithium iron phosphate Battery system and is modularly designed in the form of prefabricated cabins.

A total of 40MWh energy storage systems are configured this time12 3.35MWh prefabricated modules. Each outdoor prefabricated cabin contains batteries, battery management systems, liquid cooling units, fire protection, monitoring systems, etc.

In terms of on-site services, we provide customers with professional technical service content and service personnel. The dispatched personnel are all senior engineers to provide equipment to customers.Installation site guidance,Debugging and guidance before putting into operationand the initial operation of the equipment when it is powered ontechnical assistanceWaiting for service.