NoonSpare Energy, 2024/12/04

"Industrial Energy Research Project of Energy Administration" Achievements Report Series 10

NoonSpare Energy has proposed the "Development and Validation of a Regionally Interconnected All-in-One Solar and Energy Storage System for Residential and Commercial Use" project. The project successfully developed domestically manufactured battery module laser welding technology, advanced Battery Management System (BMS) safety management, and regional interconnection communication module technology. In addition, it completed the development of all-in-one solar and energy storage system that meets the needs of Taiwan's families, commercial scenarios, and safety needs. Not only that, the scheduled launched products have a IEEE2030.5 communication basis, which can communicate and dispatch between multiple groups of energy storage systems, and realize a microgrid with regional interconnection function.

NoonSpare stated that based on recent large-scale power outages in Taiwan and the anticipated increase in electricity demand driven by the growing adoption of electric vehicles, the willingness to install energy storage equipment on the user side behind the meter may increase significantly. Distributed user-side energy storage products that combine solar energy for self-consumption, cooperate with intelligent adjustments based on user scenarios, and decrease mains electricity consumption, not only meet the demand for self-sufficient electricity use, they contribute to grid stability through demand response. Integrating time-of-use pricing in the future could even create diverse business models and invigorate the electricity market.

Through the Industrial Energy Research Project of Energy Administration, NoonSpare invested in the independent development of domestic battery module laser welding technology, advanced BMS safety management, and regional interconnection communication module technology. Collaborating with the Green Energy and Environment Research Laboratories of the Industrial Technology Research Institute (ITRI) and the Energy Strategy Research Center of National Cheng Kung University, NoonSpare tested the material design of outdoor anti-burning cabinets, achieving an intelligent solar energy storage system that aligns with Taiwan's residential and commercial use cases and safety requirements.

Based on the results of this project, NoonSpare partnered with eco-friendly green tourism companies to successfully introduce a glamping park. By simulating the use of household scenarios with air conditioners, refrigerators and other loads in luxury tents, and supplying green energy to the tents by a household energy storage system that can be integrated with solar energy, batteries and mains electricity, NoonSpare brought consumers an outdoor experience that is friendly to the environment and comfortable to enjoy.

NoonSpare emphasized that microgrid technology allows each household to use solar energy at first place to supply electricity directly. The insufficient electricity consumption is then supplied with pre-stored solar power or mains power, so as to further allow each household to use the surplus electricity to dispatch it to other households, achieving maximum solar self-sufficiency and integrating and applying multi-household energy storage systems to create maximum benefits for users.

(Ad from Ministry of Economic Affairs, Energy Administration)

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