JP Amended Energy Conservation Act — Non-Fossil Energy Conversion and Demand Optimization System
ENFORCEMENT TIMELINE
Effective April 2023 (full evaluation of non-fossil energy conversion performance begins with fiscal 2024 reporting)
Overview
The Act on Rationalizing Energy Use and Shifting to Non-Fossil Energy (amended Energy Conservation Act), which took effect in April 2023, is a fundamental reform that shifts the focus of evaluation from reducing fossil energy consumption to promoting a shift to non-fossil energy and optimizing electricity demand (demand response). Specified business operators with annual energy use of 1,500 kl or more per year in crude oil equivalent are required to submit medium- to long-term plans and periodic reports on increasing their use of non-fossil energy sources, such as solar and wind power, hydrogen and ammonia, and biomass.
Enforcement Timeline
April 2023: The amended Energy Conservation Act takes effect, introducing non-fossil energy conversion targets and an electricity demand optimization evaluation.
April 2024: The first periodic report and medium- to long-term plan under the new standard are submitted.
2025 to 2026: Non-fossil energy conversion benchmark targets are progressively revised and raised by industry sector.
Fiscal 2030: The interim target year aligned with the national Basic Energy Plan's power source mix targets.
Business Impact
Manufacturers and other companies operating large business sites need to formulate a decarbonization plan for the electricity and heat energy they use at their factories, and to systematically pursue renewable electricity procurement, such as power purchase agreements or on-site solar, and fuel switching, such as moving from city gas to hydrogen. Businesses that make insufficient progress risk being downgraded under the SABC evaluation system (to a B or C rating), which can result in public disclosure of the company's name and corrective guidance or recommendations. Failing to shift electricity demand in response to surplus (daytime) or tight (evening or peak winter) conditions on the grid also carries a direct risk of higher future electricity costs and carbon cost burdens.
