News
XINYU DEVELOPMENT
01
Scientists have confirmed that the impact of climate change requires urgent attention, and the issue is the focus of attention worldwide. Countries around the world have successively put forward “2050 Net-Zero Emissions” declarations and actions. In response to the global net-zero trend, President Tsai declared on Earth Day on April 22, 2021 that the “2050 Net-Zero Transition” is Taiwan’s goal as well as a global consensus.
In March 2022, Taiwan officially published “Taiwan’s Pathway to Net-Zero Emissions in 2050”, which provides the action pathway to achieve “2050 Net-Zero Emissions”. This blueprint aims to promote technology R&D and innovation in key areas, guide the green transition of industry, and drive a new wave of economic growth. At the same time, we look forward to promoting green financing and increasing investment at various key milestones, and to ensuring a reasonable transition period.
Taiwan’s 2050 net-zero emissions pathway is based on the 4 major transition strategies of “Energy Transition”, “Industrial Transition”, “Lifestyle Transition”, and “Social Transition”, as well as the 2 governance foundations of “Technology R&D” and “Climate Legislation”, and is supplemented by “12 Key Strategies”. It aims to develop action plans for key areas of expected growth with regard to energy, industrial, and life transition to implement net zero transition goals.
By creating competitive, sustainable, resilient, and secure transition strategies and governance foundations to promote economic growth, drive private investment, generate green employment, achieve energy autonomy and enhance social well-being, “2050 Net-Zero Transition” is about environmental sustainability, not only about competitiveness. Only by laying a foundation for long-term growth and stability can we leave behind a better place for future generations.
Taiwan’s Pathway to Net-Zero Emissions in 2050 [pdf]
02
Kung Ming-hsin, Minister of the National Development Council, together with the Environmental Protection Administration of the Executive Yuan, Ministry of Economic Affairs, Ministry of Transportation and Communications, Financial Supervisory Commission, Ministry of Labor, Ministry of the Interior, National Science and Technology Council, and Council of Agriculture, attended the “Milestones and Key Strategies of Net-Zero Transitions” press conference today (28th). The 2030 milestones of Taiwan’s net zero transitions were officially announced and the specific actions and measures for the 12 key strategies were explained. Minister Kung stated that the mid-to-long-term projects submitted by the central govenment agencies in the future should include net-zero and sustainable consideration and plans. In addition, he announced new plans to help small and medium enterprises implement net-zero transitions. He emphasized that the 2050 Net-Zero Emission Plan is Taiwan’s longest inter-ministerial national development plan. Communication with different sectors will continue to seek better practices and actions.
Since the president announced the 2050 Net-Zero Transion goal on Earth Day 2021, the government has continued to implement policy planning and announced the “Taiwan’s Pathway to Net-Zero Emissions in 2050” at the end of March this year. The four transition strategies of “Energy Transitions”, “Industrial Transitions”, “Lifestyle Transitions”, and “Social Transitions” as well as two governance foundations of “Technology R&D” and “Climate Legislation” were defined to implement Taiwan’s net-zero transitions. According to the direction of the net-zero Pathway, Taiwan government completed the “12 Key Strategies” action plan through months of cooperation and over 50 social meetings and seminars for opinion exchanges, so as to implement various transitions through practical actions. Besides, Taiwan government simultaneously reviewed the Nationally Determined Contribution (NDC) to implement various transitions through practical actions.
Regarding the planning of the national long-term carbon reduction pathway, in response to the 2021 COP26 Glasgow Climate Pact and the 2022 COP27 Sharm el-Sheikh Implementation Plan urging countries to strengthen reduction goals, Taiwan plans to increase the 2030 carbon reduction goal of 20% compared to the base period of 2005 to 24%±1%. Furthermore, to accelerate its carbon reduction rate, Taiwan will increase the capacity of renewable energy devices through investments by the “12 Key Strategies”. Together with the construction of electrical systems and energy storage equipment, the use of renewable energies will be hopefully expanded. On the other hand, the benefits of energy conservation actions will be actively expanded, companies will be encouraged to invest in carbon reduction actions, and electrifying transportation will be further promoted. The government is dedicated to realizing transitions in industries and in lifestyles, maximizing the carbon reduction effects before 2030.
In terms of forward-looking and emerging carbon reduction technologies, the government has invested in hydrogen energy, geothermal energy, ocean energy, biomass energy, and other renewable energies to decarbonize power sources through diversification. At the same time, the government has invested in the research and development of natural carbon sinks and negative emissions technologies. It plans to offset hard-to-reduce carbon emissions through natural channels, such as forests, soil, and the ocean, and carbon capture, utilization, storage technologies.
However, relying solely on existing technologies is insufficient to achieve the 2050 Net-Zero Transition Goal. Therefore, the government plans to promote net-zero technology solutions, investing in five fields including sustainable and forward-looking energies, low carbon (carbon reducing) technologies, negative carbon technologies, recycling, and humanities and social sciences, in order to strengthen Taiwan’s net-zero capabilities. Moreover, in terms of climate legislation, apart from the ongoing amendments to the “Greenhouse Gas Reduction and Management Act” and “Renewable Energy Development Act”, the government will continue to review and amend the laws and regulations related to the Energy Administration Act, in order to satisfy net-zero transition needs.
Through the implementation of the “12 Key Strategies”, Taiwan will be able to reduce carbon emissions by 72 to 76 million tons, which is equivalent to 29% of carbon emissions in 2020, and create massive business opportunities. The plan is expected to attract over NT$4 trillion in private investments and create NT$5.9 trillion in industry production value from 2023 to 2030. It is also expected to create 551,000 jobs related to net-zero transitions, helping to form the supply chains for solar power, wind power, electric vehicles, and energy storage equipment in Taiwan. Energy savings will drive production improvements in the 6 major industries, replacement of household and commercial equipment, and introduction of energy management systems. These improvements are expected to create NT$550 billion in related industry production value.
However, it is inevitable to face challenges and difficulties on the way of transition. The government will act as the support to enterprises, especially in the provision of sufficient resources and assistance to a wide range of small and medium enterprises. To this end, the government will work hand in hand with industry associations. State-owned enterprises will lead by example and adopt the model that the major take the lead, then help the others comply with transition policies, so as to gradually implement transitions for small and medium enterprises, and help them meet the carbon reduction requirements of their supply chains.
Minister Kung mentioned that the Environmental Protection Administration announced the “Greenhouse Gas Emission Inventory Guidelines” this year. Small and medium enterprises can use online tool to calculate their emissions and gain a preliminary understanding of their carbon footprints. In the future, the advisory group, formed by the Environmental Protection Administration, Ministry of Economic Affairs, and industry associations, will enhance their service capacity and help small and medium enterprises understand the smart and low carbon (net zero) technologies or services they need through enterprise diagnostics. Furthermore, the government will strengthen carbon reduction assistance for small and medium enterprises. The government aims to support the transition and upgrade of Taiwan’s small and medium enterprises, helping Taiwan’s industries seize business opportunities and showing the government’s determination to “leaving no one behind” in net-zero transitions.
Minister Kung also mentioned that as the agency in charge of planning, reviewing, and managing national developments, National Development Council will fulfill its responsibilities in future net-zero transitions. The Council will review whether the mid-to-long-term projects submitted by the central government agencies, including public construction, social development, and the construction of public buildings, and make sure all the projects adopt net-zero and sustainable planning, so as to encourage the ministries to invest in net-zero transitions first.
Minister Kung stated net-zero by 2050 is Taiwan’s longest ever, inter-ministerial national development plan. There is no ultimate solution for net-zero, only better solutions. The attention from and the importance placed by different sectors are the sources of the government’s confidence in fulfilling the goals. The announcement of the “12 Key Strategies” action plan symbolizes that Taiwan has made stable steps towards net zero. The government will use the plan as the basis for dialogue and continue to communicate with the various areas of society, in order to find better solutions and implement specific actions. By implementing the action plan, we hope that we can leave a better living environment and industry development opportunities for the next generation
Contact Person: Wu Ming-Hui, Director General, Department of Economic Development
Office Tel: (02)2316-5851
Related File(s)
- The “12 Key Strategies ”Action Plan is Announced to Fully Promote 2050 Net-Zero Transition Goals
[odt] [pdf] [docx]
03
“Taiwan’s Pathway to Net-Zero Emissions in 2050” has been announced on March 30, 2022. The pathway is based on the four major transformations of “energy, industry, life, and society” and the two major governance foundations of “technology research and development” and “climate legislation”, and supplemented by “12 Key Strategies”.
Related File(s)
Phased Goals and Actions Toward Net-Zero Transition [pdf]
01_Wind Solar PV (draft) [pdf]
02_Hydrogen (draft) [pdf]
03_Innovative Energy (draft) [pdf]
04_Power Systems Energy Storage (draft) [pdf]
05_Energy Saving (draft) [pdf]
06_CCUS (draft) [pdf]
07_Carbon Free Electric Vehicles (draft) [pdf]
08_Resource Recycling and Zero Waste (draft) [pdf]
09_Carbon Sinks (draft) [pdf]
10_Green Lifestyle (draft) [pdf]
11_Green Finance (draft) [pdf]
12_JustTransition (draft) [pdf]
2023-04-27
04
Read what measures the European Union is taking to meet targets to reduce carbon emissions as part of the Fit for 55 in 2030 package.
EU climate change goals and the European Green Deal
To tackle climate change, the European Parliament adopted the European Climate Law, which raises the EU’s target of reducing net greenhouse gas emissions at least 55% by 2030 (from the current 40%) and makes climate neutrality by 2050 legally binding.
The Climate Law is part of the European Green Deal, the EU’s roadmap towards climate neutrality. To reach its climate goal, the European Union has come up with an ambitious package of legislation known as Fit for 55 in 2030. It comprises several interlinked revised laws and new proposed laws on climate and energy.
Check out facts and figures about climate change in Europe
An Emissions Trading System for industry
The EU’s Emissions Trading System (ETS) aims to reduce the industry’s carbon emissions by obliging companies to hold a permit for each tonne of CO2 they emit. Companies have to buy them through auctions. There are some incentives to boost innovation in the sector.
The European Emissions Trading System is the world’s first major carbon market and remains the largest one. It regulates about 40% of total EU greenhouse gas emissions and covers about 10,000 power stations and manufacturing plants in the EU. To align it with the emission reduction targets of the European Green Deal, Parliament approved an update of the scheme in April 2023. Reforms include the cutting of emissions in sectors covered by the Emissions Trading System to 62% by 2030, from 2005 levels.
Find out more about how the EU’s Emissions Trading System works and how it is currently being reformed.
Cutting emissions from transport in Europe
Emissions from planes and ships
Civil aviation accounts for 13.4% of total CO2 emissions from EU transport. In April 2023, Parliament backed a revision of the Emissions Trading System for aviation to apply to all flights departing from the European Economic Area – which is made up of the EU plus Iceland, Liechtenstein and Norway. Those departing and landing outside the area are currently covered by the voluntary Carbon Offsetting and Reduction Scheme for International Aviation (Corsia).
The EU also wants to phase out free allocations for aviation by 2026 and promote the use of sustainable aviation fuels.
Parliament and the Council agreed that used cooking oil, synthetic fuel or even hydrogen should gradually become the norm for aviation fuel. They want suppliers to start delivering sustainable fuel from 2025, reaching 70% of all aviation fuel in EU airports by 2050.
Maritime transport will also be included in the Emissions Trading System. MEPs want the maritime sector to cut greenhouse gas emissions from ships by 2% as of 2025, 14.5% as of 2035 and 80% as of 2050 compared to 2020 levels. The cuts should apply to ships over a gross tonnage of 5,000, which account for 90% of CO2 emissions.
Read more about EU measures to cut emissions from planes and ships.
Road emissions from cars
Cars and vans produce 15% of the EU’s CO2 emissions. Parliament backed the Commission proposal of zero CO2 emissions for cars and vans by 2035 with intermediate emissions reduction targets for 2030 of 55% for cars and 50% for vans.
Learn more about the new CO2 targets for cars
To reach these targets, all new cars that come on the EU market as of 2035 should be zero CO2 emissions. These rules don’t affect existing cars.
Read more about the EU ban on the sale of new petrol and diesel cars
The switch to zero-emission vehicles must go hand in hand with a comprehensive infrastructure for sustainable fuels. MEPs want electric charging areas for cars at least once every 60 kilometres along main EU roads by 2026 and hydrogen refuelling stations every 100 kilometres by 2028.
Read more about how the EU wants to increase the use of sustainable fuels.
A separate emissions trading system will be created for buildings and road transport as of 2027.
Reducing emissions from the energy sector
Fuel combustion is responsible for more than three quarters of EU greenhouse gas emissions. Decreasing energy consumption and developing cleaner energy sources are key to reaching the EU’s climate goals and reducing its dependency on imports from non-EU countries.
Consuming less energy
To curb energy consumption, in September 2022 Parliament backed the goals of a reduction of at least 40% in final energy consumption by 2030 (such as electricity consumption by households) and 42.5% in primary energy consumption (total energy demand within a country, such as fuel burnt to produce electricity).
In March 2023, Parliament and Council negotiators agreed on new rules to boost energy savings.EU countries should collectively ensure a reduction in energy consumption of at least 11.7% at EU level by 2030 (compared to 2020 projections of energy consumption in 2030). There should also be annual energy savings of 1.5% (on average) by countries until the end of 2025. Parliament is expected to endorse this agreement by this summer before the Council approves it. The legislation can then enter into force.
Today the heating and cooling of buildings accounts for 40% of all the energy consumed in the EU. Parliament is working on rules for the energy performance of buildings with the aim of reaching zero-emission building stock by 2050. Rules include:
- renovation strategies
- the requirement for all new buildings in the EU to produce zero-emissions from 2030
- the installation of solar panels on new buildings
Read more about the EU’s plan to reduce its energy consumption
Increasing renewable energy
Developing clean energy sources as alternatives to fossil fuels will also help the EU to reduce emissions. Currently, more than 20% of energy consumed in the EU comes from renewable sources.
In December 2022, MEPs demanded that permits for renewable energy power plants are issued faster, including for solar panels and windmills.
MEPs are looking into boosting renewable hydrogen and offshore renewable sources beyond wind, such as wave power. EU funding for natural gas infrastructure projects is being phased out and the money redirected to hydrogen and offshore renewable energy infrastructures.
In March 2023, Parliament and Council reached a deal to boost the deployment of renewable energy, in line with the Green Deal and efforts to cut dependency on Russian energy. They agreed to raise the share of renewables in the EU’s final energy consumption to 42.5% by 2030, whilst EU countries should aim for 45%.
Find out more on how the EU is boosting renewable energy
Carbon pricing on imported goods
A carbon border adjustment mechanism would encourage companies in and outside the EU to decarbonise, by placing a carbon price on the imports of certain goods if they come from countries with less ambitious climate legislation. It is intended to avoid carbon leakage, which is when industries move production to countries with less strict greenhouse gas emissions rules.
As part of the Fit for 55 package, the EU will create a Carbon Border Adjustment Mechanism applying a carbon levy on imports of certain goods from outside the EU. It will cover goods from energy-intensive industries such as iron, steel, cement, aluminium, fertilisers and hydrogen.
Importers will have to pay any difference between the carbon price paid in the country of production and the price of carbon allowances under the EU’s Emissions Trading System.
The Carbon Border Adjustment will run from 2026 until 2034. It will be phased out as fast as the free allowances in the EU Emissions Trading System. Parliament adopted the rules in April 2023.
Read more on preventing carbon leakage
Tackling carbon emissions from other sectors
Sectors not covered by the current Emissions Trading System – such as transport, agriculture, buildings and waste management – still account for about 60% of the EU’s overall emissions. The Commission proposed emissions from these sectors should be cut 40% by 2030 compared to 2005.
This will be done through agreed national emission targets in the effort sharing regulation. The national emission targets are calculated based on countries’ gross domestic product per capita. Lower-income EU countries will be provided with support.
In March 2023, the Parliament voted in favour of raising the bar for greenhouse gas reduction by 2030 from 30% to 40% compared to 2005 levels.
Read more on the emissions reduction targets for each EU country
Using forests to capture emissions
Forests are natural carbon sinks, meaning they capture more carbon from the atmosphere than they release. EU forests absorb the equivalent of nearly 7% of total EU greenhouse gas emissions each year. The EU wants to use this power to fight climate change.
In March 2023, Parliament and Council approved new rules governing the land use, land use change and forestry sector, increasing EU carbon sinks 15% by 2030.
Read more on how the EU wants to develop carbon sinks
Deforestation and forest degradation have an impact on the EU’s environmental objectives such as combating climate change and biodiversity loss, but also on human rights, peace and security. That is why the EU strives to combat global forest loss.
In April 2023, Parliament approved new rules obliging companies to verify that products sold on the European market have not contributed to deforestation or forest degradation anywhere in the world.
Read more on the causes of deforestation and how the EU is tackling it
Reducing greenhouse gases beyond CO2
To mitigate global warming, the EU is also making efforts to regulate other greenhouse gases heating up our planet, such as methane, fluorinated gases and ozone-depleting substances. Although they are present in smaller volumes than CO2 in the atmosphere, they can have a significant warming effect and are covered by the Paris Agreement.
2023-01-06
05
Taiwan’s first solar power plant with energy storage is born! Taipower previously installed energy storage systems at the Kinmen Hsiahsing Power Plant and the Lanyu Power Plant to create an outlying island smart grid, and now it is introducing green energy for the first time. Taipower’s Tainan Salt Field Solar PV Farm, which opened in 2020, is a collaboration with well-known new energy enterprise United Renewable Energy. Established as the first “solar power storage system”, the storage system, which officially opened today (January 6), integrates green energy and boasts a capacity of 20 MW (megawatts), making it the largest storage system in Taiwan. According to Taipower, the energy storage system features fast charging and discharging, which assists in the stable regulation of solar power generation into the grid, and can be used in combination with existing units to enhance the stability and flexibility of the power system, providing stable power immediately in case of unexpected power events.
This morning, Taipower held the opening ceremony for the Tainan Salt Field Solar Power Storage System. Tainan City Vice Mayor Yeh Tse-Shan, Taipower President Wang Yao-Ting, Energy and Storage Committee Chairman Hu Hui-Sen, and United Renewable Energy CEO Pan Wen-Hui all witnessed the official opening of the largest energy storage system in Taiwan.
According to Taipower, in 2020, it installed 480,000 photovoltaic panels on 214 hectares of abandoned salt flats in Tainan’s Jiangjun and Cigu districts to build the Tainan Salt Field Solar PV Farm; it had a capacity of 150MW (megawatts), which was the largest in Taiwan at the time. The Tainan Salt Field Solar PV Farm can generate an average of 200 million kWh of electricity per year, which is equivalent to the annual electricity consumption of nearly 50,000 households, and brings over 100,000 metric tons of carbon reduction benefits per year, while maintaining the site’s existing detention basin function. With the continuous development of green energy in recent years, in order to maximize the benefits of green energy, Taipower has built its first “solar power storage system” in conjunction with the Tainan Salt Field Solar PV Farm.
Taipower pointed out that it cooperated with a well-known new energy company, United Renewable Energy, to build a 20 MW/20 MWh (megawatt-hour) energy storage system at the Tainan Salt Field Solar PV Farm, with eight 20-foot storage containers built by Saft, a century-old French battery manufacturer that provided battery services for Boeing airliners in the United States, using more than 1,000 lithium battery modules, and adopting transformers from Shihlin Electric, a major domestic heavy electric product manufacturer as well as equipping power regulation systems. The total electricity storage capacity reaches 20,000 kWh, which is equivalent to the power consumption of 40,000 households for one hour. After its official launch today, it will not only be the first solar power storage system, but also the largest energy storage system in Taiwan.
According to Taipower, the energy storage system’s fast charging and discharging characteristics can help integrate solar power into the grid, reduce system fluctuations, maintain grid stability, and even store the daytime peak generated solar power for use during nighttime peak hours or in case of power emergencies. A response speed up to 1,000 times faster than conventional generating units enables it to provide immediate stable power and creates a buffer time for repair and restorations.
Taipower indicated that the combination of green energy and energy storage balances environmental sustainability with the need for a stable power supply; it has become an international trend in energy use and echoes the government’s 2025 target for energy storage systems. In addition to building the first solar power storage system and the largest energy storage system at Tainan Salt Field Solar PV Farm, Taipower will continue to build its own systems and energy ancillary service trading models to achieve the target of 1000 MW.
Spokesperson: Wu Chin-Chung, Chief Engineer
Telephone: (02) 2366-6271 / 0910-192-766
Email: u850899@taipower.com.tw
Contact Person: Tsai Ying-Sheng, Director, Renewable Energy Department
Telephone: (02) 2366-8650 / 0988-980-032
Email: u746723@taipower.com.tw
https://www.moea.gov.tw/Mns/english/news/News.aspx?kind=6&menu_id=176&news_id=108228
