| Impact on our Group | Group response | Period※ | Impact | Business impact | |||
|---|---|---|---|---|---|---|---|
| Risks | Physical risks |
Chronic risks | Reduced opportunities to go outside due to extreme heat and heat waves | Provision of online services | Long term | Low | Approx. 32 million yen (per year) |
| Acute risks | Loss of business opportunities due to store closures and supply chain disruptions caused by large-scale flooding | Strengthening of disaster BCP measures, flood risk map creation, production site decentralization | Medium term | Medium | Approx. 320 million yen (when incidents occur) |
||
| Transition risks |
Policies, laws, and regulations | Increase in operating costs as a result of introduction of carbon tax systems | Consideration of installation of solar panels in stores, plants, and offices | Long term | Medium | Approx. 180 million yen (per year) |
|
| Technology | Difficulty in procuring raw materials | Consideration of alternative raw materials (such as recycled paper), diversification of procurement sources | Medium term | Low | Approx. 22 million yen (per year) |
||
| Oppor- tunities |
Camera & Resale |
Products and services | Increased demand for environmentally friendly products such as used products and services and recycled products prompted by rising environmental consciousness and lifestyle changes | Increase in the number of reused and recycled products handled, expansion of repair business | Medium term | High | Approx. 2,500 million yen (per year) |
| Photo-life Services |
Products and services | Development of low-carbon and environmentally friendly products, use of recycled materials | Development and provision of low-carbon products, environmentally friendly products, and products made with recycled materials | Medium term | Medium | Approx. 500 million yen (per year) |
|
| Resource efficiency | Improvement in efficiency of production and distribution processes | Reduction of costs through efficiency improvements in manufacturing, distribution, and sales processes made possible through use of digital transformation | Medium term | Medium | Approx. 320 million yen (when incidents occur) |
||
| Energy sources | Energy production in plants and offices | Consideration of installation of solar panels in plants and offices, reduction of energy costs | Short term | Low | Approx. 30 million yen (per year) |
||
The premise for these considerations is a scenario analysis of whether warming can be limited to 1.5 degrees Celsius or will exceed 3.0 degrees Celsius in 2050.
The scenario analysis used group scenarios that combine the temperature scenarios (RCP) and socioeconomic scenarios (SSP) of the Intergovernmental Panel on Climate Change (IPCC). Specifically, to prepare for a wide range of future visions related to climate change, two scenarios were developed: the 1.5/2°C scenario, in which society as a whole transitions to decarbonization and succeeds in controlling the temperature rise, and the 3°C scenario, in which economic development takes priority and the global temperature rise and its impacts continue to worsen.
For the 1.5/2°C scenario, the IPCC AR5 RCP2.6 and AR6 WG1 SSP1-1.9 scenarios were referenced, while for the 3°C scenario, the IPCC AR5 RCP6.0 and AR6 WG1 SSP2-4.5 scenarios were referenced.
We conduct ongoing scenario analysis on an annual basis.