• Renewable energy is essential for decarbonization.
• Mini-hydropower is more stable than solar and wind, and supports "local production for local consumption," but site availability limits development.
• Formulating a feasible introduction plan for mini-hydropower is challenging.

• Provide integrated engineering services from planning to installation and operation of equipment for optimal mini- hydropower generation by utilizing local unused energy
• Propose PPP/PFI project schemes

• Introduce mini-hydropower generation through public-private partnerships
• Promote decarbonization by securing locally produced and locally consumed power sources
• Combine with microgrids to secure power sources in times of disaster

• Many mini-hydropower installations in Japan in cooperation with local governments.
• The ID&E group has operated nine power plants with a total capacity of 3.1 MW.

• As the introduction of renewable energy sources such as solar power and wind power accelerates, the challenge is to secure the regulating power for stable operation of the grid.

• Development, construction, investment, operation, and related businesses related to ancillary service business using grid storage batterie.

• Grid storage batteries will ensure power regulation, thereby contributing to grid stabilization and accelerating the introduction of renewable energies.
• Secure business feasibility of grid storage business in cooperation with local power sources by utilizing the domestic supply and demand adjustment market, wholesale market, etc.

Operation, development and EPC experience of grid storage batteries in Europe.

• Potash Project 6MW/6Wh (UK)
• Cenin Project 4MW/4.8MWh (UK)
• Ruien Project 25MW/100MWh (Belgium)
• Lion Project 50MW/50MWh x 2 (UK)

• Dependence on grid feed-in from large power plants poses challenges to decarbonization and disaster resilience.
• Dependence on external sources for energy supply increases the cost of electricity and poses challenges to the local economic cycle.

• Actualize stable supply and demand of electric power by utilizing unused local energy
• Provide consistent engineering services from equipment introduction to operation

• Reduced electricity cost
  Maximize the use of renewable energy and reduce the cost of electricity purchases for customers in the region by using our CEMS
• Improved disaster resilience through stable power supply
  Actualize stable supply by controlling solar power, storage facilities, etc. according to local demand and combine them with grid power supply

Participated in multiple microgrid projects in Japan

• Smart Community Development Project in Katsurao Village (Fukushima) (operation to start in December 2020)
• Akan Micro Grid Project (Hokkaido)
• Botandai Amenity Zone Micro Grid in Sukagawa (Fukushima)
• Energy Supply Platform at Former Refinery Site in Shizuoka (Shizuoka)