This is a highly intelligent, Utility-Scale Virtual Power Plant (VPP) storage system, perfectly integrating the dual core values of 'Real-time Frequency Control' and 'Long-duration Energy Dispatching.' It serves as both a precision stabilizer for grid frequency and a high-performance computing brain for optimizing energy allocation. Through sophisticated charging and discharging logic, it reinforces grid resilience while maximizing long-term asset returns for the enterprise.

E-dReg serves as both a "large-scale power bank" and a "stabilizer" for the power grid. It maintains the grid frequency at 60Hz through real-time response while providing energy shifting capabilities—storing power during off-peak hours and releasing it during peak demand to achieve peak shaving and optimize economic efficiency.

This technology maximizes spatial efficiency through a 'Solar-Fishery Synergy' model, achieving a win-win symbiosis between green energy and aquaculture. By integrating large-scale Solar-plus-Storage systems with an innovative 3-hour long-duration backup configuration, we transform intermittent renewable energy into highly flexible and dispatchable energy assets. This not only guarantees power security for fishery production but also plays a pivotal role in strengthening grid resilience during the energy transition.

The disaster-resistant microgrid enhances the campus's power supply resilience, possessing islanding capabilities. It can maintain uninterrupted power supply to critical areas during external grid outages and reduce peak electricity demand on campus by automatically adjusting energy storage output, thus optimizing overall demand management. In addition, it can also perform peak-to-off-peak dispatching, helping the campus to utilize electricity pricing strategies more efficiently.

sReg acts as the factory’s "Ace Relief Pitcher," standing by to deliver a power burst within 10 seconds whenever the grid frequency falters. It transforms your energy storage from a mere "massive power bank" into an "automated teller machine" that earns steady revenue from Taipower.

The introduction of a factory energy storage system aims to reduce peak loads and lower contracted capacity with Taipower, while also providing UPS functionality to reduce operational risks caused by voltage drops and power outages, and enhance power stability in the factory area.