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Chart
23 Oct 2025
Existing and planned projects for magnet rare earth mining, refining and magnet manufacturing in diversified regions, 2030
Critical Minerals
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Policy
Hungary
2015
National Building Energy Strategy 2015 - 2020
The main topics of the Strategy:
EU and international environment
National policy background
The energy situation of domestic buildings
Refurbishment versions
The strategic vision, priorities and goals
Toolkit
Financial and employment benefit of the implementation
Monitoring
Annexes
The 2015 - 2020 primary energy saving targets (PJ/a) by buildings in the Strategy:
Residential and public buildings refurbishment: 40 PJ/a
Enterprises buildings refurbishment: 4 PJ/a
Other energy savings in buildings 5 PJ/a TOTAL 49 PJ/a.
The strategy includes a detailed action plan for the government between the period 2015-17 in the following tasks:
Achieve energy savings in… -
Policy
South Africa
2014
SANS 941 - MEPS
The National Energy Efficiency Strategy of March 2005 (reviewed in October 2008 & 2011/12), proposes that by 2015, a final energy demand reduction of 12% should have been realised by South Africa. (Residential target (Residential target – – 10%) 10%)
This translates to an average reduction of 1% per year between 2005 and 2015. The publication of SANS 941: Energy Efficiency of Electrical and Electronic Apparatus in February 2012, is a necessary step taken to support compliance with the stipulated energy demand reduction requirements. -
Policy
Japan
2019
Fuel Economy Standards on Light-Duty Vehicles
The efficiency requirements are based on the most fuel-efficient vehicles on the market. Manufacturers and importers of these vehicles are required to meet these vehicle efficiency standards on a corporate average basis. The latest set of fuel economy standards on light duty vehicles aims at achieving a fuel efficiency standard of 25.4 kilometers per liter, which improves the fuel efficiency by 32% by 2030, compared with 2016 levels.
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Policy
Republic of Turkiye
2024
Renewable Energy 2035 Roadmap
In October 2024, Renewable Energy Roadmap for 2035 was launched. It is aimed to increase our cumulative solar and wind installed power capacity to 120 GW in 2035, and it is estimated that 80 billion USD of investment will be needed. According to the Roadmap it is planned that 14,700 km HVDC, with a total capacity of 40 GW, approximately 15,000 km AC line and 40 HVDC converter center will be built and the interconnection capacity will be increased to 6,750 MW in exports and 6,600 MW in imports within the context of the green transmission…
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Policy
United Kingdom
2005
Energy Efficiency Commitment (2005-2008)
The second phase of the Energy Efficiency Commitment (EEC) ran from 2005-2008 and aimed to encourage consumers to make domestic energy efficiency improvements in products such as insulation, energy efficient boilers, micro CHP, appliances and lightbulbs. It placed an obligation on the suppliers of gas and electricity to promote improvements in energy efficiency through measures provided to domestic consumers, especially consumers of low income. The overall target for EEC 2005-2008 improvements in energy efficiency was 130 fuel-standard terawatthours (TWh). It was superseded by the Carbon Emissions Reduction Target.
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Policy
Bulgaria
2013
Energy efficiency target declared by Bulgaria under the EU Directive (2012/27/EU)
Under the EU Directive (2012/27/EU), Bulgaria set a target to increase energy efficiency by 25% until 2020 (5 Mtoe primary energy savings in 2020) and to reduce energy intensity by 50% until 2020 compared to 2005 levels.
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Policy
Japan
2023
CCS Long-Term Roadmap
In January 2023, Japan's Ministry of Economy, Trade and Industry (METI) released its CCS Long-Term Roadmap, which aims to boost deployment of carbon capture and storage (CCS) technologies by targeting commercial deployment by 2030. Specifically, the roadmap sets a target to reach a CO2 storage capacity of 6-12 million tonnnes of CO2 per year (MtCO2/yr) by 2030, and 120-240 MtCO2/yr by 2050.
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Policy
Morocco
2021
National Hydrogen Strategy
Cumulative (2020-2050) investment needs of USD 760-1020 million (including renewables) to achieve the 2050 hydrogen demand (including exports). Electrolyzer capacity of 2.8-5.2 GW by 2030 and 31-53 GW by 2050. Exports represent 70-80% of hydrogen demand by 2050. The largest uncertainty in the domestic demand is the transport sector where hydrogen (derivatives) could reach up to 20% of the energy demand for some transport modes. Hydrogen use could reduce 10-20% of the national GHG emissions in 2019. Job creation could reach 26 000 direct jobs and 130 000 indirect jobs in 2050
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Chart
04 Mar 2026
Variable renewable energy share in total generation, by region, 2019-2024
Electricity