Climate Change Measures: Initiatives

Environmental action plans for fiscal 2025 to 2027 and
achievements

We update the environmental action plans every three years, and validate the target values with our performance for the key categories every year.
At the same time, we make it clear which activities are relevant to which goal of the 17 SDGs and implement the PDCA cycle for environmental management.

Business activities (Scope 1 and 2)

Category Action plan Past initiative results Relevant SDGs
Business
  • Improve operational efficiency (all operations for development, production, sales, and administration)
  • Energy-saving activities
  • Promote digital transformation
  • Raise environmental awareness (carbon neutrality)
  • Reduced standby power
  • Reviewed compressor operation
  • Recycle waste items
  • Abolished paper cups and promoted paperless
  • Use FSC-certified paper
  • Perform environmental beautification activities at each plant
  • Identified the number of SDGs-related patents at the Intellectual Property Department
6 Clean Water and Sanitation
7 Affordable and Clean Energy
12 Responsible Consumption and Production
13 Climate Action
Equipment
  • Install renewable energy equipment
  • Use renewable energy
  • Changed to LED lighting
  • Changed to high-efficiency equipment (air conditioning systems)
  • Installed renewable energy equipment
  • Introduced air conditioning powered by geothermal energy (earth tubes) in Toyota Plant Parts Processing Factory

Social initiatives (Scope 3)

Category Action plan Past initiative results Relevant SDGs
Development (products)
  • Life cycle assessment (LCA)

    Develop eco-friendly products and environmental contribution products
    Reduce environmental impact throughout the product life cycle (all processes)

  • Develop eco-friendly products
  • Develop products that contribute to the environment
8 Decent Work and Economic Growth
	9 Industry, Innovation and Infrastructure
11 Sustainable Cities and Communities
	12 Responsible Consumption and Production
Procurement
  • Visualize and reduce CO2 emissions associated with supplied materials
  • Promote use of reusable containers
  • Adopted reusable steel packaging materials
  • Reduced packaging materials (change of cushioning material)
  • Adopted vendors employing flexographic ink
  • Endorsed "White Logistics" promotion activities
11 Sustainable Cities and Communities
12 Responsible Consumption and Production
13 Climate Action

Internal carbon pricing (ICP)

Internal Carbon Pricing (ICP) is a mechanism that assigns an internal price to CO2 emissions and incorporates it into investment decision-making.
By utilizing ICP, companies can promote decision-making toward decarbonization and advance sustainable management.
By not only considering direct costs such as utility bills, but also the costs associated with CO2 emissions that may be incurred in the future, we are able to make more realistic and understanding investment decisions. We are certain that this will further advance our decarbonization efforts.

Renewable energies

Installing solar power generation systems

グリーンエネルギー社会構築に向けた創エネ(太陽光発電)&蓄エネ(蓄電池)&省エネ(見える化)による循環型スマートファクトリーの実現。①つくる
the machinery processing factory in Toyota Plant

In addition to Fuji Toyota Plant's part processing factory, EDEC LINSEY SYSTEM, and Fasford Technology, solar power generation systems have begun operating in some buildings at Fuji Okazaki Plant from September 2024. The annual power generation is 1,594,000 Kwh, which can reduce CO2 emissions by approximately 670 tons per year.

Use of renewable energies

株式会社FUJIの「CO2フリー電気購入契約証明書」と、FASFORD TECHNOLOGYの「山梨県産CO2フリー電気使用中」ステッカーおよび塩川発電所(塩川ダム)が描かれた、やまなしパワー NEXT「ふるさと水力プラン」の案内画像。中部電力ミライズとTEPCO(東京電力エナジーパートナー)のロゴが含まれる。

Fuji Group is gradually increasing the ratio of CO2-free electricity purchased to reduce CO2 emissions.
ADTEK FUJI has been purchasing CO2-free electricity only since July 2023, while since October 2022, Fasford Technology has been using electricity generated by the Yamanashi Prefectural Enterprise Bureau's hydroelectric power plants through the prefecture's hydroelectric power project. We are thereby emitting zero CO2 emissions from our electricity use.

CO2 emissions and intensity by sales

2020年度から2024年度(連結)における、scope1、scope2(t-CO₂)の排出量と、単体売上高原単位、連結売上高原単位(t-CO₂/億円)の推移を示す複合グラフ。

In addition to energy-saving activities by employees, we are striving to reduce CO2 emissions through installing energy-saving equipment, purchasing CO2-free electricity, and managing room temperatures.

Target

To reduce Scope 1 and 2 emissions to 5,476 t-CO2 in fiscal year 2031.

Amount of renewable energies introduced

自社太陽光発電(濃い青)とCO2フリー電力の購入(薄い青)の2021年度から2024年度の推移グラフ。単位は千kWh。合計値は2021年度733、2022年度3,115、2023年度5,523、2024年度7,830と増加。内訳として2024年度は自社発電1,303、購入6,527となっています。

Fuji Group is gradually increasing the ratio of CO2-free electricity purchased to reduce CO2 emissions.

Target

To achieve 100% renewable energy in electricity use at the headquarters in fiscal year 2026.

Develop eco-friendly products

SMT pick and place machine - NXTR

We will promote reduced power consumption by improving the placement speed of the "NXTR" SMT pick and place machine. We are also working to reduce the weight of materials used, recycle materials, reduce consumables used during electronic part placement, and curb air consumption to reduce loads that impact the product life cycle. NXTR is capable of mounting 120,000 parts per hour.

電子部品10,000点装着当たりの消費電力(kWh)の推移と目標。2021年度の0.24から2024年度の0.17まで着実に減少。今後の目標値として2025年度(目標)0.16、2030年度(目標)0.13を掲げ、製品の使用段階におけるエネルギー効率の向上と低減計画を示している。

Front-facing twin-spindle lathe - CSD300II

We are working to reduce power consumption of our products such as the CSD300II, a front facing twin spindle lathe. Efforts are being made to reduce waste (hydraulic standby control, air saving), shorten warm-up time through thermal displacement compensation, and promote visualization (energy saving screen).

CSD300Ⅱ/1台の年間消費電力(kWh)の推移を示す棒グラフ。各年度の数値は、2021年度8,789、2022年度7,482、2023年度6,864、2024年度6,864、2025年度(目標)6,768、2030年度(目標)5,713。

Develop environmental contribution products

Smart locker system - Quist

The smart locker system, Quist, is a delivery locker that enables the consolidation of delivery locations as a solution to the last mile problem.
The "last mile problem" refers to the issue of inefficiencies or increased costs that can occur in the final section of logistics, from delivering goods to the customer, who is the final destination.
It is possible to solve the following problems and contribute to reducing CO2 by consolidating delivery locations.

  • More vehicles from individual deliveries
  • Redelivery of items
  • Idling and slow driving due to worsening traffic congestion in urban areas

Waste-Sorting Robot - R-PLUS

The waste-sorting robot, R-PLUS, is a machine that automates the manual sorting process for recycling industrial waste with AI-based detection technology and picking hands. This unit contributes to improved and stabilized recycling efficiency through automation of waste sorting.

Participation in Model Project for Promoting Decarbonization Throughout the Value Chain Initiative From the Ministry of the Environment in fiscal 2024

The Ministry of the Environment of Japan implemented a project to support efforts to promote decarbonization management through collaboration among multiple companies and to create an advanced model for reducing emissions throughout the value chain. We participated in this project together with three suppliers and one group company that manufactures overseas, in order to work towards achieving carbon neutrality.
We received interest from government agencies and manufacturing organizations regarding the knowledge gained from this project and supplier support methods, and were able to expand our scope of activities through seminars and other means.
Going forward, we will expand this project to more suppliers and work to reduce CO2 emissions across the entire value chain, striving to achieve the Fuji Group's long-term environmental goals as soon as possible.

Initiatives
  • Raise employee awareness for carbon neutrality and incorporate it into departmental policies
  • Provide environmental education (new managers, new employees)
  • Conduct study sessions for carbon neutrality for the supply chain
  • Calculate primary data in cooperation with suppliers and group companies
  • Present at the industry-based practical seminars for reducing greenhouse gas emission hosted in Gifu, Japan
  • Present at a seminar for the Green Value Chain Promotion Network hosted by the Ministry of the Environment for Japan
  • Present at the seminar for policy trends and case studies for reducing greenhouse gas emissions held by the Japan Electrical Manufacturers' Association (JEMA)
  • Register as a goal setting member of the Green Value Chain Promotion Network (jointly operated by the Japanese Ministry of the Environment, the Ministry of Economy, Trade and Industry, and the Ministry of Agriculture, Forestry and Fisheries)
Briefing on carbon neutrality for executive officers
Meetings with partner companies
Industry-based practical seminars
for reducing greenhouse gas emission

Collaboration with suppliers

In fiscal year 2022, an analysis of CO2 and other greenhouse gas emissions across Fuji's entire business revealed that emissions originating from the supply chain, such as raw material procurement and logistics, accounted for approximately 60% of total emissions. To achieve its medium- and long-term environmental goal of reducing CO2 emissions in the supply chain by 30% by fiscal year 2031 (compared to fiscal year 2022), it is essential to reduce emissions by working with suppliers, in addition to energy conservation and the implementation of renewable energy within the company, and we are working to raise awareness of this. Specifically, we are providing videos to start raising awareness among supplier employees.

We are also deepening mutual understanding by participating in a model project by the Ministry of the Environment together with representative supplier companies and holding study sessions on carbon neutrality hosted by our company. In addition, in calculating supply chain emissions, we are promoting the use of primary data calculated from energy consumption (Scope 1 and 2) at suppliers, rather than the simplified method of estimating CO2 emissions by multiplying the purchase amount by the CO2 emission unit specified for each industry.

Study session implementation status
Date Session Companies Participants
Jan.
2023
Carbon neutral information session 13 50
Apr.
2023
Carbon neutral information session
Briefing on subsidies by financial institutions
17 37
Mar.
2024
"Model Project for Promoting Decarbonization Throughout the Value Chain Initiative" from the Ministry of the Environment report meeting 129 147

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