Battery Energy Storage Systems (BESS)

Stable and reliable power supply has always been a core challenge in various temporary scenarios, such as large-scale temporary event sites (e.g., outdoor music festivals, festive exhibitions, sports events), construction sites, emergency rescue operations, and seasonal temporary electricity demand peaks. Traditional solutions rely on diesel generators, which suffer from noise pollution, excessive emissions, fuel transportation limitations, and high maintenance costs. Grid connection solutions, on the other hand, are hindered by short-term temporary electricity usage periods, high connection costs, and cumbersome approval processes. Greenwatt's independently developed mobile battery energy storage system (BESS-500), after practical delivery by Jinan Energy Group, has comprehensively surpassed traditional solutions through rapid deployment and intelligent control. The Greenwatt 500kWh modular mobile battery energy storage system (BESS-500) also provides reliable solutions for scenarios such as construction sites and green mines. Compared to traditional diesel generators, it can save 15%-20% in costs, operate with noise below 75 decibels, and boasts prominent advantages of rapid deployment, low-noise zero-emission, and friendliness to weak power points, truly achieving green, efficient, and flexible power supply for temporary electricity scenarios.

Application Scenario Segmentation

Large Event Support: Outdoor music festivals, sports events, and festive exhibitions require simultaneous power supply for multiple loads such as audio-visual equipment, lighting systems, catering facilities, and communication networks. The silent operation of mobile energy storage systems ensures that event experiences are not disturbed by the noise of diesel generators.

Temporary Construction Site Power: For small and medium-scale construction sites, road construction, and oil-to-electricity conversions for excavators, grid connection conditions are often lacking. Traditional reliance on diesel generators is costly and causes severe emissions. Mobile energy storage systems can save 15%-20% in operating costs compared to diesel generators in these scenarios while achieving zero carbon emissions.

Emergency Rescue and Disaster Relief: When natural disasters cause grid paralysis, mobile energy storage systems can quickly reach the scene to provide critical power support for rescue equipment, medical facilities, and emergency communications. The system can be deployed within 15 minutes, providing power support within the golden rescue time window.

Temporary Electric Vehicle Charging: Mobile energy storage systems integrated with charging function interfaces can operate in both 'energy storage + charging' dual modes. In scenarios with insufficient charging facilities such as remote sections and holiday service areas, they provide high-power mobile charging services for electric vehicles.