製品カタログ(カテゴリ別)

Environment

Climate Change Response

Climate Change Initiatives (Response to TCFD Recommendations)

For our Group, climate change is one of the critical issues impacting business continuity. Aligned with the disclosure framework of the Task Force on Climate-related Financial Disclosures (TCFD), we analyze the risks and opportunities climate change presents to our Group's business, incorporate these into our management strategy and risk management, and appropriately disclose our progress. We aim for further growth while contributing to the realization of a sustainable society.

Governance

Governance Related to Climate-Related Risks and Opportunities

We recognize that our core products, electronic components, are used in various fields and that manufacturing these products results in significant CO2 emissions throughout the entire supply chain.
Based on this understanding, we view climate change as one of the key issues for our Group to fulfill its social responsibilities and achieve sustainable development, and manage it through the Sustainability Committee. The Sustainability Committee, established by the Board of Directors as part of the corporate governance structure, is chaired by the President and CEO. It formulates sustainability policies, goals, and action plans; monitors and evaluates progress toward goals; deliberates on specific measures; and regularly reports and makes proposals to the Board of Directors, thereby driving sustainability initiatives.

Risk Management

Processes used to identify, assess, and manage climate-related risks

Risks associated with climate change include those stemming from the transition to a decarbonized society, such as strengthened policies and regulations, technological advances, and shifts in markets and reputation. They also include those arising from the physical impacts of climate change, such as the intensification of acute extreme weather events and chronic temperature and sea level rise. Opportunities may include aspects such as improved resource efficiency, renewable energy adoption, enhanced product quality, and increased resilience.
To assess the significance of climate-related risks and opportunities, our Group evaluates impacts under the categories of "transition risks," "physical risks," and "opportunities." We assess the likelihood of occurrence and financial impact using a three-tiered scale, identifying significant risks and opportunities.For transition risks, physical risks, and opportunities, the Sustainability Project Team identified significant risks and opportunities, developed action plans and countermeasures, and submitted them for resolution by the Board of Directors.
Furthermore, we have proposed climate-related risks to the Risk Management Committee as one of the risks significantly impacting our Group's business strategy. The Committee reviews the management status of these risks across the entire company and reports to the Board of Directors.
The Board receives regular reports on the progress of plans addressing climate change and oversees their execution.

Classification Impact on the Company Likelihood of Occurrence Financial Impact
Risk Transition Increased procurement and manufacturing costs due to requirements such as renewable energy procurement High Medium
Increased business costs associated with the introduction of carbon taxes, fuel/energy consumption taxes, and emissions trading schemes High Medium
Loss of sales opportunities due to delayed product technology development and reduced sales from obsolescence of existing products Medium Large
Physical Possibility of production site damage, flooding of company factories due to typhoons or other events leading to operational shutdowns, or potential suspension of parts supply due to operational failure at parts procurement suppliers Medium Medium
Opportunity Resource Efficiency Cost reduction through building more efficient production and logistics processes Medium Medium
Products/
Services
Sales expansion of environmentally conscious and contribution-oriented products is expected High Large
Expected growth in demand for electronic components for EVs and autonomous driving High Large

Indicators and Targets

Indicators and Targets for Assessing and Managing Climate-Related Risks and Opportunities

  1. 2050 Target: Aiming for net-zero greenhouse gas emissions
    Switch 100% of electricity required for operations to renewable energy
  2. FY2030 Target: Reduce Scope 1 and 2 emissions by 46% (compared to FY2017, domestic operations)
    Renewable Energy Ratio for Electricity: 30%
  3. Reduce CO₂ emissions (Scope 1, 2) by 22.6% in 2028 compared to 2022, at an annual rate of 3.7% (including major overseas factories)

Actual results are as follows.
①FY2024 CO₂ emissions achieved a 66.9% reduction compared to FY2017 (domestic, including renewable energy) and an 11.6% annual reduction compared to FY2022 (including major overseas factories, excluding renewable energy).
②Renewable energy ratio of electricity used in fiscal year 2024: 48.3% (domestic)

External Evaluation on Climate Change

The assessment by CDP, an international non-profit organization addressing climate change issues, is as follows:
CDP Climate Change Rating: C

Data

Greenhouse Gas (GHG) Emissions

Unit FY2020 FY2021 FY2022 FY2023 FY2024 Scope
Total GHG Emissions t-CO2 65,372 65,250 63,879 59,329 48,959 Non-consolidated
Scope1 t-CO2 486 427 376 342 326 Non-consolidated
Scope2 t-CO2 12,703 12,211 11,923 11,312 10,816 Non-consolidated
Scope3 t-CO2 52,183 52,612 51,580 47,675 37,817 Non-consolidated
1. Purchased Products and Services t-CO2 45,780 44,563 44,958 42,071 31,318 Non-consolidated
2. Capital Goods t-CO2 620 1,707 1,086 976 1,808 Non-consolidated
3. Fuel and energy-related activities not included in Scope 1 and 2 t-CO2 1,818 1,880 1,746 1,550 1,537 Non-consolidated
4. Transportation and Delivery (Upstream) *Domestic Only t-CO2 1,865 2,708 1,764 1,437 1,395 Non-consolidated
5. Waste generated from operations t-CO2 55 55 66 42 41 Non-consolidated
6. Business Travel t-CO2 16 28 70 103 171 Non-consolidated
7. Commuting by Employees t-CO2 2,029 1,672 1,890 1,496 1,548 Non-consolidated
8. Lease assets (upstream) Not applicable Included in Scope 1 and 2 Non-consolidated
9. Transportation and Delivery (Downstream) Not applicable Our products are intermediate goods. The destination after processing into final products is unknown, and emissions cannot be reasonably estimated; therefore, they are excluded. Non-consolidated
10. Processing of sold products Not applicable Since the intermediate products sold are processed into a wide variety of final products, it is difficult to track emissions and a reasonable calculation cannot be made. Therefore, this is excluded. Non-consolidated
11. Use of sold products Not applicable Since sold intermediate products are processed into a wide variety of final products, it is difficult to determine emissions and a reasonable calculation cannot be made. Therefore, this is excluded. Non-consolidated
12. Disposal of Sold Products Not applicable As we manufacture intermediate products, it is difficult to track the disposal status of final products; therefore, this is excluded. Non-consolidated
13. Leased Assets (Downstream) Not applicable Not applicable as there are no relevant business activities. Non-consolidated
14. Franchise Not applicable Not applicable as there are no applicable business activities. Non-consolidated
15. Investment Not applicable Not applicable as there are no relevant business activities. Non-consolidated

Chemical Substance Management

Unit FY2020 FY2021 FY2022 FY2023 FY2024 Scope
Volatile Organic Compounds (VOC) Handling Volume t 20 23 19 16 17 Non-consolidated

Energy

Unit FY2020 FY2021 FY2022 FY2023 FY2024 Scope
Total Energy Consumption MWh 61,061 66,308 62,729 56,649 54,828 Consolidated
Non-renewable energy MWh 61,061 66,308 54,038 44,126 42,579
Renewable Energy MWh 0 0 8,690 12,524 12,249

Key Initiatives: Aiming for Net-Zero Greenhouse Gas Emissions by 2050

Impact of climate-related risks and opportunities on the organization's operations, strategy, and finances

As CO2 emissions reductions are required across the entire supply chain, failure to reduce emissions across our entire group could pose a risk.
On the other hand, in addition to reducing the Group's overall emissions, contributing through the development and sale of products that help reduce emissions could present opportunities for business expansion.
Our Medium-term Management Plan sets targets to reduce greenhouse gas emissions by 46% compared to fiscal 2017 levels by fiscal 2030 through measures such as expanding environmentally superior products, and to achieve net-zero greenhouse gas emissions across the Hokuriku Electric Industry Group's operations by 2050.

Details of Scenario Analysis

We have identified business risks that will impact our Group's performance in the future and business opportunities that can be created by addressing climate change challenges using the following scenarios.

IEA Net Zero Emissions Scenario (NZE) 1.6℃/2050 1.5℃/2100
IEA Stated Policies Scenario (STEPS) 1.9℃/2050 2.4℃/2100
IPCC AR6 SSP 1 -2.6 1.7℃/2050 1.8℃/2100
IPCC AR6 SSP 2 -4.5 2.0℃/2050 2.7℃/2100

Scenario A

The 1.5°C Scenario: Advancing a Decarbonized Society Through Global Collaboration

Technologies for reducing, absorbing, storing, and reusing greenhouse gases (such as CCS and CCUS), along with the cost reduction and performance enhancement of solar power generation and energy storage systems, clearly demonstrate that new technologies can become drivers of economic growth. This enables decarbonization through international cooperation, putting the brakes on rising temperatures.
Within our company's environment, decarbonization initiatives become mainstream. Across automobiles, Home Appliances, and Industrial Equipment, there is a general increase in lightweight, compact, environmentally conscious, and value-added products that contribute to sustainability, further boosting demand in the electronic components industry. Meanwhile, regulations on products intensify.

Scenario B

The 3°C Scenario: Global climate change countermeasures polarize and decarbonization stalls

While countries transition to decarbonization infrastructure like EVs, solar power, and wind power, the impact of new technologies on decarbonization is limited. This leads to further temperature rise, increasing the frequency and severity of natural disasters caused by extreme weather.
Regarding the impact on our company, successive natural disasters disrupt supply chains, making stable production and supply difficult. Shortages become the norm, and inflation accelerates.

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