Product Description
The Blue Carbon Commercial and Industrial Energy Storage 100 kWh product adopts a modular split assembly design and complies with CE, UN38.3, and MSDS certification standards. It integrates a long-life, safe battery system and self-developed battery intelligent protection system, meeting 100 kWh energy storage configuration requirements. It is widely used in buildings, shopping malls, hotels, small and medium-sized industrial parks, and in scenarios like PV storage and charging, achieving peak shaving, power expansion, emergency backup power, and photovoltaic energy storage.
Product Features
Modular design, one-click installation, no need for professional skills or auxiliary materials.
PV + storage pairing, self-consumption, no need for grid connection, making the power grid a supplemental energy source.
Resistant to extreme temperatures, maintenance-free.
Self-developed intelligent battery protection system, providing all-around protection to extend battery life.
Scientific honeycomb design for better heat dissipation.
Segmented visual display screen for real-time power usage monitoring.
Lithium battery fence type terminal block, insulated and flame-retardant, fast and efficient
Why Do We Need Energy Storage?
1.Balancing Energy Supply and Demand
Energy production and consumption often do not match in time or space. For instance, solar power can only generate electricity during the day, while energy demand is continuous and varies. Energy storage systems can store excess electricity when production exceeds demand, and release it during peak demand or when production is insufficient, balancing energy supply and ensuring stable electricity.
2.Increasing Energy Efficiency
Energy storage systems store energy when it is not needed and release it when required, improving energy utilization efficiency.
3.Promoting Renewable Energy
Renewable energy is clean and sustainable, playing a significant role in reducing greenhouse gas emissions and protecting the environment. However, its intermittency and instability limit large-scale application. Energy storage systems combined with renewable energy generation stabilize the energy output, thereby promoting the development and application of renewable energy.
4.Driving Economic Development and Social Progress
Energy storage can provide reliable electricity in areas with little or no power (such as islands or mountains), promoting social progress and development.
Application Scenarios
1.Manufacturing:
Continuous, stable power supply is essential for production lines. Energy storage systems provide power when grid supply is insufficient or during high electricity price periods, ensuring uninterrupted production.
2.Commercial Complexes:
Shopping malls and office buildings: have complex and diverse power demands. Energy storage systems can provide power support for commercial complexes during grid shortages or peak electricity price periods, and also serve as an emergency power source during outages, ensuring the continuity of business activities. For example, during an elevator power outage in high-rise office buildings.
Lighting and air conditioning: With high power consumption, energy storage systems can be charged during off peak hours and discharged during peak hours to reduce grid pressure and lower electricity costs.
3.Data Centers:
Data Storage and Processing: Data centers have extremely high demands for power supply. Energy storage systems can provide power support during grid shortages or peak electricity price periods, ensuring data security and business continuity.
Energy Saving and Emission Reduction: Through intelligent scheduling and management of energy storage systems, data centers can achieve peak load shifting, reduce electricity costs, and lower carbon emissions.
Off-grid Microgrids:
A microgrid integrates photovoltaic power generation, inverters, energy storage devices, and control systems into a single controllable unit that supplies electricity to users. It is suitable for islands, remote areas, and other "power blank zones" not covered by the main grid.
