adiCET – วิทยาลัยพัฒนาเศรษฐกิจและเทคโนโลยีชุมชนแห่งเอเชีย มหาวิทยาลัยราชภัฏเชียงใหม่

Smart Grid – 智慧電網社區

Community Smart Grid

adiCET is developing DC Smart Grid in the Smart Community with the supported from the Office of Naval Research, USA. The objective of this project is to study the efficiency, stability and safety of distributing direct current (DC) through the DC Smart Grid to the Smart Community. The DC electricity is used in residential homes, office, restaurant, convenience store, coffee shop and farm with electrical appliances such as computers, air conditioners, refrigerators, televisions and light bulbs. This is the world’s first smart grid system that uses DC power for the entire community. The DC Smart Grid has power generation capacity of 25.5 kW from 510 thin-film PV panels of 50 W and 100 kW battery bank as energy storage.

 

With the support of the Energy Conservation Fund, Thailand’s Ministry of Energy, AC Smart Grid was installed in parallel with the DC Smart Grid.  The 24.8 kW AC Smart Grid comprised of 225 thin-film PV panels of 110 W and 100 kW battery bank. The AC Smart Grid and DC Smart Grid were used as a comparison to study the suitable smart grid format for Thailand and ASEAN member countries. Therefore, the Smart Community is considered as a model for distributed community power system that other communities could learn from and apply the smart grid concept to their communities.

智慧電網社區

亞洲經濟技術發展學院由美國海軍研究所的協助成立。 此計劃的目的是為了有效率、穩定以及安全的將直流電分配到智慧社區。直流電使用範圍廣泛,不僅用於住家、辦公室、餐廳、便利商店、咖啡店、與農場。使用直流電的電器,例如電腦、冷氣機、冰箱、電視與電燈。智慧社區是世界上第一個使用智慧直流電網提供整個社區的能源系統。智慧電網有510面薄膜太陽能板,能夠產生25.5 千瓦的能量並以50 瓦特 與 100 千瓦的蓄電池作為能源儲存。

 

擁有泰國能源科學部的節能基金支持,智能型交流電已被轉換為平行直流電。24.8千瓦的智慧交流電網包含225面110 瓦特 與 100 千瓦的薄膜太陽能板之蓄電池。  而去比較智慧交流電網與智慧直流電網,哪種形式適合泰國與東南亞國家協會的會員國家。因此,智慧社區將為分散式社區能源系統的模型,其他社區可以效仿並將使用智慧電網。­­­