Solar battery storage system
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Photovoltaic energy storage hybrid inverter
The solar charge inverter is the energy conversion control center of the entire system. Its most basic function is to collect unstable photovoltaic electricity and convert it into stable alternating current for household loads or storage in batteries. Users can set various operating modes according to their needs, select energy consumption priorities to maximize electricity use, and monitor the device’s operating status through a mobile app.
Energy storage lithium battery
The solar charge inverter is the energy conversion control center of the entire system. Its most basic function is to collect unstable photovoltaic electricity and convert it into stable alternating current for household loads or storage in batteries. Users can set various operating modes according to their needs, select energy consumption priorities to maximize electricity use, and monitor the device’s operating status through a mobile app.
Crafted with the highest quality lithium cells, our stacked battery pack ensures a long cycle life and consistent performance. The modular design not only adds to the aesthetic appeal but also provides unparalleled flexibility, allowing you to expand your system’s capacity as needed.
Safety is paramount, and this battery pack is engineered with that in mind. It features a built-in Battery Management System (BMS) that tirelessly monitors and regulates the temperature, voltage, and current, ensuring your battery operates within safe parameters at all times.
Suitable for a wide range of applications, from off-grid power storage to backup systems, the 51.2V Stacked Lithium Battery Pack is your eco-friendly answer to energy storage. It empowers you to harness the full potential of renewable energy, ensuring that your operations remain uninterrupted and efficient.
Solar photovoltaic panel
IEC61215/61730:2016
IEC62804(PID free)
IEC62716(Ammonia)
IEC61701(Salt fog)
ISO9001/14001/45001
1.Nondestructive Scribing Technology
Special cutting and soldering technologyleads to low hotspot risk
2.Excellent weak light performance
More power output in weak light condition, such as cloudy,morning and sunset
3.Better Micro Crack Resistance
Minimize the impact by micro crack by limiting cell damage and potentially extending area
4.PID Resistance
According to IEC TS 62804-1
ABOUT US
Borui Electric Yangzhou Co., Ltd., leveraging its leading technology in core areas such as integrated circuit design, IoT technology services, information system integration services, photovoltaic equipment and components, solar power technology, high-efficiency long-life energy storage systems, and smart energy management systems, has launched an integrated professional solution that meets the needs for power peak shaving and frequency regulation as well as microgrid application scenarios. This solution caters to the demands of residential users, commercial and industrial users, and large-scale power station projects. Currently, the company’s energy storage system solutions are widely applied in residential areas, commercial and industrial parks, desert areas, plateau regions, and extremely cold areas, providing users with safe and reliable power supply assurance. As a provider of integrated solutions for China’s new energy key equipment and safe electricity use environments, it offers more reliable and synergistically optimized power supply solutions for users’ industrial-level critical loads and new energy generation and storage systems, helping users’ businesses grow uninterrupted.
Engineering examples and others
“In 2020, a forward-thinking customer in Togo embraced renewable energy by installing a 60 kW commercial solar energy storage system. This innovative system converts solar energy captured from the company’s rooftop into electric power, which is then efficiently stored in a specially designed power room. Anticipating Togo’s high temperature climate, the power room is thoughtfully outfitted with air conditioning and sophisticated temperature control systems. These features not only protect the integrity of the stored energy but also ensure a comfortable working environment for the company’s staff. This project showcases the customer’s dedication to environmental stewardship and their commitment to providing a sustainable and pleasant office atmosphere.”
“In 2022, our company proudly embarked on an EPC (Engineering, Procurement, and Construction) project for the Togo National Energy Department, showcasing our commitment to renewable energy solutions. The centerpiece of this project is a 150 kW photovoltaic power generation system, ingeniously integrated into the parking lot area. This system is equipped with a state-of-the-art photovoltaic hybrid inverter, capable of optimizing the use of solar energy.During the daytime, the solar panels efficiently convert sunlight into electricity that powers the department’s office building, contributing to the reduction of operational carbon footprint. To ensure energy availability beyond daylight hours, surplus electricity is stored in an advanced battery pack. This approach not only provides a reliable power supply during peak demand but also supports the national grid, where excess energy can be fed back to contribute to the community’s needs.
In 2018, in Lahore, Pakistan, a residential photovoltaic energy storage project was implemented to communicate with the government about promoting sustainable energy development and potentially providing incentives or support for residents to adopt solar energy. Such projects can be part of an overall strategy to improve energy independence, reduce carbon emissions, and address local power shortages or grid instability
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