Global Gateway link

ContactContact

YouTube

Environmental Initiatives

Climate-related financial information disclosure based on TCFD recommendations

The Sodick Group discloses important information related to the issue of climate change based on the recommendations of the Task Force on Climate-related Financial Disclosures (TCFD).

Governance

Sodick’s basic philosophy is to provide the highest value to its customers and contribute to the sustainable development of society as a company that creates the future based on its motto of “Create,” “Implement,” and “Overcome Difficulties.” We established a Sustainability Committee chaired by the President and Representative Director to promote management based on the standpoint of sustainability, including “contributing to evolving manufacturing”, “addressing environmental management”, “promoting diversification of human resources”, and “strengthening governance”.
The committee meets four times per year to discuss climate change action as one of its important agenda items. It coordinates with each department to implement a PDCA cycle and promote long-term, systematic sustainability activities. Decisions are reported to the Board of Directors at least once a year. The details are then discussed as necessary and reflected in the management of the Group as a whole.

Figure 1: System for promoting sustainability

サステナビリティ推進体制図

System diagram

コーポレート・ガバナンス体制図

CSR体制図

Strategy

We conducted scenario analysis to understand the impact of risks and opportunities arising from climate change.

Scenario Analysis Method

We conducted an analysis using the 1.5°C and 4°C scenarios to understand the impact of climate change on the business environment in 2030. We used the RCP scenario reported by the Intergovernmental Panel on Climate Change (IPCC) and the scenario reported by the International Energy Agency (IEA). The RCP scenario was used to analyze the physical risks arising from climate change, while the IEA scenario was used to analyze the risks associated with the transition to a decarbonized economy (Table 1).
The risks and opportunities identified were qualitatively assessed on a three-point scale of high, medium, and low in terms of probability of occurrence and impact. We also consider quantitative assessment, and when we have the data and future information required for calculation, we calculate the amount of financial impact.

Table 1: Referenced climate change scenarios

※You can see the entire Directors and Audit & Supervisori Board Membersable by scrolling horizontally.

1.5°C scenario 4°C scenario
Summary Scenario in which aggressive decarbonization policies limit the temperature increase in 2100 to 1.5°C above pre-industrial (late 19th century) levels.
There would be an impact due to transition risks, such as the introduction of a carbon tax and other policies and regulations related to climate change. The impact of physical risks would be relatively small compared to the 4°C scenario.
Scenario in which policies to address climate change are limited, and the temperature in 2100 increases to 4°C above pre-industrial (late 19th century) levels.
There would be physical risks such as intensification of abnormal weather. The impact of transition risks would be small because regulations related to climate change would not be tightened.
Reference
scenario
Transition risk: IEA NZE/SDS Transition risk: IEA STEPS
Physical risk: IPCC RCP 2.6 Physical risk: IPCC RCP 8.5

Scenario Analysis Results (Table 2)

<1.5°C scenario>

Under the 1.5°C scenario, we expect an impact from changes in society associated with the transition to a decarbonized society, including the promotion of policies and regulations related to renewable energy and energy conservation and the introduction of a carbon tax. Our business risks include increased operating costs associated with the introduction of carbon pricing (such as a carbon tax) through government policy and the switch to renewable energy, as well as increased procurement costs due to higher metal prices. To address these risks, we will expand our on-premises solar power generation equipment and actively promote the use of renewable energy. In addition, amid our efforts to maintain and strengthen our ISO 14001 management operations, we have established a Group-wide policy of striving to develop products that contribute to the reduction of greenhouse gas emissions and an environmentally friendly society at each stage of the product life cycle to further increase the competitive advantage of our products, which offer superior energy savings.

As for opportunities, on the other hand, our linear motor-driven machine tools have received high marks as important production goods that we developed ahead of our competitors in the industry. Linear motors are non-contact, so they maintain their initial performance in a stable, semi-permanent manner without mechanical wear and do not require a supply of grease to maintain lubricity, which makes for an environmentally friendly drive system. In addition, the parts do not need to be replaced due to age-related wear, so they have come to be trusted for their reduced environmental impact and resilient performance.

Moreover, sales of products contributing to energy conservation (injection molding machines, metal 3D printers, and rapid cooling equipment for granule powder) as well as of proprietary injection molding machines in conjunction with the spread of biodegradable plastic products have increased. Furthermore, we provide products in fields related to electric vehicles and new energy, and demand is expected to increase as we move towards a decarbonized society.

<4°C scenario>

Under the 4°C scenario, we expect an increase in physical impacts such as intensification of abnormal weather as climate change progresses.
Because we have factories and other business bases, damage or suspension of operations arising from disasters at these bases could be risks to our business. For that reason, we have established a business continuity plan (BCP) and are working to minimize the impact of disasters. Moreover, in order to ascertain disaster-related risks throughout the supply chain, we conduct surveys of the status of business continuity planning at our suppliers.

Table 2-1:Scenario analysis results <Impact associated with transition to decarbonized society>

※You can see the entire Directors and Audit & Supervisori Board Membersable by scrolling horizontally.

Impact associated with transition to decarbonized society
Impact of climate-related problems
(Risks and opportunities)
Anticipated phenomena Significance Our initiatives
4°C
scenario
1.5°C
scenario
Risks Policies and regulations Introduction of carbon taxes and emissions trading
  • The introduction of a carbon tax would give rise to costs based on the amount of CO2 emissions generated from equipment production and other business activities.
  • Failure to achieve the reduction target would result in an increase in the cost of purchasing credits (emission allowances) for CO2 emissions.
Low Medium
  • Introduction of renewable energy (expansion of installation of solar power generation equipment)
  • Development and sale of products that can contribute to reducing CO2 emissions and an environmentally friendly society through ISO 14001 operations
Energy conservation policies
  • If energy conservation regulations were tightened, it would require investment in technology to comply with the regulations.
Low Medium
  • Development and sale of products that can contribute to reducing CO2 emissions and an environmentally friendly society through ISO 14001 operations
Obligation for information disclosure
  • Disclosure of environmental information on products and companies is required in transactions with Europe, giving rise to costs associated with addressing the requirement.
Low Medium
  • Tracking and disclosure of chemical substance content in products
  • Establishment of system for managing hazardous chemical substances
Technology Spread of renewable energy and energy-saving technologies
  • If the energy savings of our equipment were insufficient, it would reduce our advantage over our competitors.
Low Medium
  • Maintenance of reliably resilient performance of linear motor-driven machine tools
  • Development and sale of products with excellent energy savings through ISO 14001 operations
Market Changes in energy costs
  • The cost of electric power will increase with policies on use of renewable energy.
  • Production costs will increase as the cost of fuels used to manufacture products increases.
Low Low
  • Expansion of installation of solar power generation equipment
Changes in raw material costs
  • The increased demand for and soaring prices of metal materials associated with the development of decarbonization technologies will increase production costs.
Low Medium
  • Development of special wire technology to help reduce consumables
Changes in customer behavior
  • Competitiveness will be diminished in business activities to ensure product performance in terms of energy savings and to reduce environmental impact from the manufacturing process to use.
Low Medium
  • Development and sale of products that can contribute to reducing CO2 emissions in each stage of the product life cycle and an environmentally friendly society through ISO 14001 operations
Opportunities Policies and regulations Energy conservation policies
  • Demand will increase for our products that contribute to energy conservation efforts of our customers.
Low Medium
  • Development of carbon-free/energy-saving products
    • Injection molding machines to manufacture light parts
    • Metal 3D printers to help shorten manufacturing processes
    • Rapid cooling equipment for granule powder that efficiently manages temperature
Technology Spread of renewable energy and energy-saving technologies
  • Demand for equipment to manufacture light parts will increase as electric vehicles become more popular.
  • Demand for machine tools used in the manufacture of wind power generators will increase with the spread of wind power generation.
Low High
  • Development of carbon-free/energy-saving products
    • Injection molding machines to manufacture light parts
    • Metal 3D printers to help shorten manufacturing processes
Reputation Reputation among customers and investors
  • If our environmental initiatives were judged to be excellent, it would enhance our brand image, which would in turn lead to increased demand for our services and more investment opportunities.
Low High
  • Green procurement
  • Disclosure of information based on TCFD recommendations
Table 2-2:Scenario analysis results <Physical impacts of climate change>

※You can see the entire Directors and Audit & Supervisori Board Membersable by scrolling horizontally.

Physical impacts of climate change
Impact of climate-related problems
(Risks
Anticipated phenomena Significance Our initiatives
4°C
scenario
1.5°C
scenario
Risks Acute Intensification of abnormal weather
  • Damage will be incurred at our facilities and in the supply chain from intensification of typhoons and floods. This will cause suspension of operations at our manufacturing bases, a decrease in sales, and an increase in costs to address the situation.
Low Low
  • Establishment of business continuity plan (BCP)
  • Surveys on supplier BCPs

Review the impact through comprehensive risk management(December 2023)

Risk Management

We have established a Risk Management Committee to manage risks related to the business. Climate change-related risk is integrated into Group-wide risk management, which is supervised by the Risk Management Committee. Subsidiaries and business divisions report risk information quarterly, and the risks identified are evaluated in terms of probability of occurrence and impact. For particularly significant risks, we consider policies and countermeasures, report them to the Board of Directors, deliberate them, and reflect them in our management strategies.

Metrics and Targets

We set greenhouse gas emissions (Scopes 1 and 2) as metrics for evaluating and managing climate change risk and promotion of our environmental management. The target is to reduce emissions by 46% compared to 2013 by 2030. Furthermore, going forward, we will promote initiatives to reduce overall greenhouse gas emissions, including Scope 3, aiming to achieve carbon neutrality by 2050. In order to achieve our targets, we will actively promote the introduction of renewable energy, such as by expanding the installation of solar power generation equipment at our facilities, and engage in technical development to improve the environmental impact reduction performance of our products in the aim of society-wide decarbonization.

Table 3: Greenhouse gas emissions [t-CO2]

※You can see the entire Directors and Audit & Supervisori Board Membersable by scrolling horizontally.

2022
Direct emissions by Sodick (Scope 1 + Scope 2) 7,280
(Breakdown) Scope 1 (Emissions associated with use of fuels) 1,722
Scope 2 (Emissions associated with purchase of electric power) 5,568

Scope: Sodick (non-consolidated)
Measurement period: April 2022 - March 2023