Environmental Contribution

Goal

Goal

Environmental contribution*1 > CO2 emissions from production sites

  • *1Environmental contribution: Volume of CO2 emissions reduction contributed by society's use of the OMRON Group's energy generation and energy saving products and services.

Our Stance

The OMRON Group strives to offer products and services beneficial to the global society. The aim is to make the reduction in environmental impact through its products and services greater than the environmental burden caused by its production activities. In this way, the Group will work to expand the company's environmental contribution in order to help lessen environmental impact in a more efficient manner.

FY2023 Overview

In fiscal 2023, the OMRON Group achieved an environmental contribution amounting to 1,158 thousand tons of CO2, far greater than the total CO2 emissions from the OMRON Group production sites (75 thousand tons of CO2) for twelve consecutive years.

Environmental Contribution by Products and Services

Unit: thousand t-CO2
  FY2019 FY2020 FY2021 FY2022 FY2023
Total 971 826 881 938 1,158

Environmental Contribution Accounting Methodologies

At the OMRON Group, the degree of environmental contribution is accounted from direct effects of the products themselves, and indirect effects through the use of products or services.

Direct effects

Reduction in CO2 emissions by improved energy-saving performance of an OMRON product compared to a reference product.

  • * Calculation formula
    Energy-saving effect (W/units) × Operation time (hours/year) × Average number of years in use × CO2 emission factor × Number of units sold in a year
    The CO2 emission factor used for the calculation is 0.392kg-CO2/kWh. The calculation formula is for products’ utility power.
  • * Examples of applicable products
    Energy-saving nebulizers, safety sensors, industrial temperature controllers, general-purpose power supplies

Indirect effects

Reduction in CO2 emissions achieved by an OMRON product’s contribution to a customer’s energy generation or conservation, through its incorporation as a core component of the customer’s product that saves or generates energy.

  • * Calculation formula
    Environmental contribution by a customer's product in a year (kWh/Unit of year) × Average number of years in use × Degree of contribution × CO2 emission factor × Number of units sold in a year
    The CO2 emission factor used for the calculation is 0.392kg-CO2/kWh.
    The calculation formula is for products’ utility power.
  • * Examples of applicable products
    PV inverters, road traffic control systems, electricity usage monitors, and environmental solutions

The environmental contribution and its accounting methodologies were reviewed by an independent third party.

Carbon Productivity

Carbon productivity (millions of yen/ t-CO2) = Net sales (millions of yen)/ CO2 emissions from production sites (t-CO2)

  FY2010
(Base year)
FY2019 FY2020 FY2021 FY2022 FY2023
Carbon productivity
(millions of yen/ t-CO2)
3.31 5.02 6.16 7.02 10.02 10.9
CO2 emissions from production sites
(thousand t-CO2)
187 135 106 109 87 75
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