Solar Energy Storage

SCU provides photovoltaic- energy storage system– diesel generator solutions for remote areas in the Middle East, providing them with stable electricity, saving costs, reducing noise and achieving sustainable development.

SCU provides a 2MWh 40ft energy storage container system and a 1500kvA UPS for a gemstone mine in Mozambique to ensure the stability of power supply, improve energy efficiency, reduce costs and carbon emissions, and achieve green development.

SCU provides a Hungarian stadium with an energy storage system (GRES), helping the stadium optimize the use of electricity for high-energy-consuming equipment such as lighting, improve energy efficiency, and promote local energy sustainable development.

SCU provides a PV-distributed energy storage solution for a chicken farm in Belgium, using a 20ft energy storage container to ensure the normal operation of the chicken farm’s mechanical equipment, reduce adverse effects, and achieve green agriculture.

The mechanical equipment of a Czech metal processing plant consumes large amounts of electricity and has high electricity bills. Previously, PV was installed on the roof, but the excess electricity could not be stored. SCU provided it with a 20ft energy storage container, which was connected using an AC coupling solution. The excess electricity was stored in the battery, which reduced the use of the power grid by shaving peak loads and filling valleys. This saved the factory electricity bills and can also serve as a backup power source.

The total installed capacity of this user-side energy storage project is 4.6MW/9.89MWh, with 2 grid connection points established. It is equipped with a total of 46 sets of BRES 100kW/215kWh energy storage systems, enabling the full absorption of stored energy during peak periods and reducing enterprise electricity expenses through peak shaving.

We designed a solar BESS charging station all-in-one solution for a Thai customer. SCU designed a 40ft energy storage container + 240KW EV charging stack solution for them. Half of the container space is an accessory storage area, and the other half is a customer rest area. This system forms a microgrid of PV, BESS and EV chargers, which can realize two operation modes of grid-connected and off-grid according to the demand. It uses peak shaving and valley filling to reduce costs and also makes up for the shortcomings of discontinuity in solar power generation.

SCU provided a 40ft energy storage container to a village in the Niger desert in Africa to form a large scale off-grid solar battery storage solution to help the village solve its long-term electricity difficulties, provide the village with a reliable power supply, and bring benefits to the lives of residents.

In response to rising energy costs and environmental pressure, a supermarket in Europe chose to introduce SCU’s commercial and industrial energy storage system. The PV + ESS self-consumption model comprehensively improved energy utilization efficiency and significantly saved energy costs.

SCU provides an energy storage container for the milk powder factory. It adopts an AC coupling scheme and uses EMS to set the charging and discharging time. It can be combined with the local negative price policy in the Netherlands electricity market and use the peak-valley electricity price difference to make profits and save electricity bills.

Our German customer wants to install a DC fast EV charger in his factory, but there is no grid power supply. For this reason, we provide the customer with an off-grid EV charging station solution, which uses a mobility energy storage system to power the EV chargers. The energy storage system stores electrical energy in the photovoltaic power station and then goes to the charging station to release the stored energy to the EV charger to provide power for electric vehicles. This innovative move enables EV chargers to be powered independently, no longer dependent on the power grid, while ensuring the continuity of charging services.

This winter may be extremely difficult for the European people. Under the heavy pressure of energy billing, more and more European SMEs choose photovoltaic energy storage to reduce electricity consumption.

SCU developed a PV-ESS-Grid solution for an Italian car wash company, providing a stable power supply. At the same time, by maximizing the use of solar power generation and energy storage and reducing dependence on city power, the car wash company significantly reduced energy costs.

Thailand project, the BESS is used together with PV, as a supplement to utility power at sites and peak shifting to save utility cost; Meanwhile, improve Grid electricity quality.

This project is solar generator with energy storage battery used for office power supply,to achieve new energy consumption, peak shaving, reduce electricity costs, reduce peak power demand etc.

Oman is a country where deserts and oceans coexist. Fresh water is mainly supplied by seawater desalination facilities. This process requires a lot of electricity and heat energy. The utilization of clean energy has become the key to solving high energy consumption.

In recent years, many policies in China and the world have advocated green and environmental protection, such as carbon neutrality, double reduction policies, and the “Blue Sky Defense War”. Therefore, the development and use of new energy have become the current trend. SCU provided mobile charging vehicles for vehicles at Beijing Daxing Airport and became a walking charging station.

SCU provided Hainan Boao GRES integrated energy integrated power solution: photovoltaic power generation system, solar battery energy storage system, EV charging station

SCU cooperated with client in Netherlands and provided the movable container integrated PV&ESS solution.

PV & ESS integrated charging station, uses clean energy to supply power, and stores electricity through photovoltaic power generation. PV, energy storage and charging facilities form a micro-grid, which intelligently interacts with the public grid according to demand, and can realize two different operation modes, on-grid and off-grid. The PV ESS system can also alleviate the impact on the power grid when the EV charger is charging at high current.

Commercial Building in Moscow, Russia was having the problems of covering large area, much fuel consumption, big noise and heavy pollution from the diesel generator. SCU provided energy storage batteries instead of diesel generators as a backup power for the building, which solved the noise and gas pollution problems of diesel generators. Moreover, it can make full use of the peak-to-valley price difference to save costs and bring more income on investment.