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!
Why is visualizing CO₂ reduction important? Three challenges of decarbonization management: 1. It is unclear how much CO₂ will be reduced by specific measures. 2. There is a need for evidence to appeal to business partners and shareholders about environmental contributions. 3. While there is a demand for ESG investment and SDGs compliance, it is unclear where to start.
basic information
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
Price range
Delivery Time
Applications/Examples of results
【Case Study】 ■ Example: Hyogo Prefecture Automobile Parts Factory Installed Capacity: 300kW Annual Electricity Cost Reduction: Approximately 9,200,000 yen Annual CO₂ Reduction: Approximately 220 tons Effect: Promoting the improvement of the renewable energy ratio across the entire supply chain to business partners.
