Osaka Prefecture × Hanwha Japan "Green Alliance" collaboration agreement project! Installing solar power generation systems in child welfare facilities and educational institutions within the prefecture.

ケネスエネルギー開発

On July 16, 2025, Osaka Prefecture and Hanwha Japan signed a partnership agreement under the SDGs partnership system "Green Alliance," marking the official launch of the installation of solar power generation systems in child welfare facilities and educational institutions within the prefecture. In this project, our company handles everything from design to construction in a unified system, achieving both rapid delivery and high quality. The facilities that adopt this system will consume approximately 120 MWh of renewable energy annually, significantly reducing electricity costs and enabling data provision for environmental education programs. [Background and Purpose of Implementation] Recently, the introduction of renewable energy in local governments is expected to play a role not only in reducing CO₂ emissions but also as an environmental education tool for the next generation. The "Green Alliance" promoted by Osaka Prefecture is a system that accelerates concrete efforts toward achieving the SDGs by fostering collaboration between businesses and government. In this partnership agreement, we aimed to combine the solar panels provided by Hanwha Japan with our construction know-how to implement the most suitable systems for child welfare and educational facilities in a short timeframe.

The "Green Alliance" is a system where Osaka Prefecture and companies collaborate to promote public-private-academic partnerships aimed at achieving the SDGs.

Date and time
Capital
Entry fee

Related product information

The first step in decarbonization management is a 28% cost reduction through industrial self-consumption solar power generation!
Electricity cost reduction × CO₂ reduction = The number one decarbonization solution with management impact. Introduction with zero initial cost is also possible.

- Reasons why solar power generation is ideal for the "first step" - Guaranteed effectiveness - By simply installing it on factory or warehouse roofs, you can self-consume electricity during the day - Reduces both electricity costs and CO₂ emissions - Overwhelming sustainability - Solar energy is free and infinite, with effects lasting over 20 years - Zero additional costs and operational burden - Almost maintenance-free after installation - No need for human resources - Subsidies and zero initial costs for introduction - Up to 2/3 subsidy through the use of subsidies - Zero equipment costs with the PPA model
Cost reduction through zero initial cost solar power generation realized at airports and large facilities.
"Achieving solar power with zero initial costs through on-site PPA" Reducing electricity costs × decarbonization = The most attention-grabbing management strategy right now.

It is possible at your business location as well. By utilizing roof and site space in factories, logistics warehouses, and commercial facilities, you can implement the same system as Mount Fuji Shizuoka Airport. Utilizing subsidies can further reduce the burden, and the CO₂ reduction effect can be quantified through our free simulation.
Visualization simulation of CO₂ reduction amount for industrial self-consumption solar power.
Industrial self-consumption solar power generation × CO₂ reduction simulation: It's not just about reducing electricity costs. Visualizing CO₂ reduction amounts accelerates decarbonization management!

〇 Solar power generation solves the problem ✅ Reason 1: Visualizing CO₂ reduction in numerical terms Estimating optimal power generation based on the area of factory and warehouse roofs Calculating "annual CO₂ reduction of ○ tons" through simulation Can be utilized in corporate sustainability reports and client reports ✅ Reason 2: Simultaneous reduction of electricity costs Cutting electricity costs by up to 28% through self-consumption of power Achieving both CO₂ reduction and cost reduction "at the same time" ✅ Reason 3: Zero initial costs with subsidies & PPA model Utilizing subsidies of up to 2/3 With PPA, implementation can be done with zero equipment costs