Plymouth Area Renewable Energy InitiativeAdvertisement
Plymouth Area Renewable Energy Initiative – Button Up New Hampshire, a popular home energy saving workshop series, is coming to Exeter. It will be online on Zoom with screen and audio on Monday, May 17 from 7:00-8:30 p.m., including live Q and A time.
The workshop was organized by the Exeter Energy Committee, Exeter NH Transition Town, and was sponsored by NHSaves and coordinated nationally by the Plymouth Renewable Energy Initiative (PAREI).
Plymouth Area Renewable Energy Initiative
NHSaves is a collaboration between New Hampshire Electric and Natural Gas (Eversource, Liberty Utilities, NH Electric Cooperative and Unitel). Utilities work together to provide NH customers with information, incentives and assistance designed to save energy, reduce costs and protect the NH environment. PAREI of Plymouth, NH works with local teams across the state to bring these workshops to the public on behalf of the New Hampshire utilities.
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NHSaves Button Up Workshop This is a 1.5 hour demonstration on how to improve your home’s energy efficiency. Created by a certified energy auditor, it covers basic building science principles as well as examples of whole-house climate measures that will insulate your home for hot and cold seasons. . It also details energy efficiency programs offered by NH Utilities (for existing homes and new construction), including energy audits, climate measures such as air sealing and insulation, and new technologies and products such as Appliance and Equipment Discounts. High efficiency electric heating / cooling equipment.
NH residents who want to be more energy efficient, save energy and save money on their heating and air conditioning bills will find the workshop presentation very helpful.
Organizers have also told the public to register with the NHSaves Facebook and Twitter pages for the latest information on energy saving tips and programmes. The European Union (EU) achieved a 22.1% share of renewable energy in 2020, exceeding the 20% target proposed in 2009. Various concealment measures depend on the country.
Renewable sources include biomass, geothermal energy, hydroelectricity, solar energy and wind energy. Although the share of energy from these renewable sources in the EU’s latest energy consumption has doubled since 2004 (9.6%), it represents a small part of the EU’s energy mix. Covered by oil and gas.
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For the first time in Europe, renewable energy has overtaken fossil fuels, with 38% of electricity generated in the EU by 2020 coming from green energy, according to British analyst Amber. This means that one percent more than fossil fuels, which cover 37 percent of the energy mix.
Although the results are encouraging, significant geographic disparities remain. Most importantly, wind power is the most used renewable source (14.4%). It is followed by hydropower (12.7%) and solar energy accounts for only 5.2% of electricity generation. However, the energy landscape may change next year. Solar is growing at a rate of 9 percent to 15 percent annually, according to Amber data. If solar energy is experiencing such growth, it is probably due to the use of solar energy itself. The family chooses to install solar panels to generate their own electricity. This technology is attracting more and more consumers as it enables them to participate in the energy transition and reduce their electricity bills. As highlighted by green energy provider ekWateur, switching to self-consumption represents “an average reduction in energy bills of 30%.”
With 68% of the total consumption of renewable energy, by 2020 Sweden will be the EU’s most advanced country in this area. It thus overtook Finland (43.8%), Latvia (42.1%) and Austria (36.5%). At the other end of the table, Malta (10.7%), Luxembourg (11.7%) and Belgium (13%) had the lowest share of renewable energy in total energy consumption last year. Three of all member states reached their targets, Slovenia (25%) and the Netherlands (14%) and Belgium (13%). Only France fell short of its promise with only 19.1% of renewable energy in the mix.
These differences can mainly be explained by different political ambitions of the country. For example, some European governments have developed incentives such as high carbon tariffs or promoting the use of renewable energy through public investment.
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Eurostat shows that the EU has succeeded in achieving its targets in the transport sector. By 2020, 10.2% of the energy used in transport will be from renewable sources (biofuel, biomass, hydrogen or electricity) towards the global target of 10%. This result is possible by increasing this share in all member states between 2019 and 2020, except Finland and France.
By 2020, wind and hydropower will account for two thirds (36% and 33% respectively) of renewable energy produced in Europe. On the other hand, solar power is the fastest growing source. From 1% for 7.4 terawatt hours (TWh) in 2008, twelve years later its share increased by 14% to 144.2 TWh. In addition, heating and cooling production will average 23 percent of renewable energy by 2020.
After the European elections in 2019, a new European Commission led by Ursula van der Leyen launched a road map. This includes a number of new initiatives targeting carbon neutrality at EU level by 2050. To achieve this ambition, European managers put the ‘Fit for 55’ package on the table in July 2021, which includes, among other things, improved targets. : Increase the share of energy in Europe to 40% by 2030, compared to the current level of 32%.
For the next decade, new values are also set in the 2030 target climate plan and renewed in the Green Agreement. At that point, greenhouse gas emission levels must be reduced by 55 percent compared to 1990 levels.
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Wind power is a temporary source of energy that is not generated on demand but is dependent on weather conditions. Wind power must be generated or stored during periods when it is not available. The share of wind power in world production will reach 5.9% by 2020. The main producing countries are China (29.6% of the world total by 2020), the United States (21.5%) and Germany (8.2%).
According to annual statistics released by the International Renewable Energy Agency (IRENA), more than 260 gigawatts (GW) of renewable energy capacity were installed last year, a 50 percent increase over the number recorded in 2020. represents an increase from
More than 80% of all new electricity installed last year used renewable energy sources. 91% of this new capacity is solar and wind.
The relative increase in renewable energy is partly explained by net reductions in fossil fuel-based electricity generation capacity in Europe, North America and Eurasia (Armenia, Azerbaijan, Georgia, the Russian Federation and Turkey). Overall, 60 GW of new fossil fuel-based capacity was added in 2020, up from 64 GW last year, indicating a continued decline in fossil fuel expansion.
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By 2050, 25 percent of Europe’s electricity could come from the sea. A significant effort represents five times the equivalent of the French nuclear fleet and also contributes to the net emissions target set for 2050.
The term “offshore renewable energy technology” includes several clean energy technologies that are at different stages of development:
The European strategy also aims to address the entire Gulf wind power chain, including the development of wind turbine production processes and port infrastructure.
The European Union has the largest maritime area in the world. It is in a unique position to develop renewable marine energy due to the diversity and complementarity of its sea basins.
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The North Sea, the Baltic Sea, the waters of the Atlantic Ocean in the European Union, the Mediterranean Sea, the Black Sea, the islands of the European Union, as well as the outermost regions of Europe and overseas countries and territories have natural potential. for presentation. Different renewable technologies.
According to this European strategy, EU countries will share 3% of the available marine space.
In order to reach the EU’s new target for 2030 (55% reduction in greenhouse gas emissions compared to 1990 levels, 32% renewable energy in the energy mix and 32.5% reduction in energy consumption) each member state must have an integrated national energy and climate plan developed. (INECP) for 2021-2030. It describes how it plans to work in five priority areas: energy efficiency, renewable energy, reducing greenhouse gas emissions, research and innovation, and network connectivity.
Romania has reached the target of 24% of total energy consumption from renewable sources by 2020. For 2030, the new target set by the Romanian government can be reached by adding 7GW to 30.7% renewable capacity. For energy consumption, according to Eurostat data in 2019, just over 24% of energy consumption comes from renewable energy sources, placing Romania 10th in the EU and above the EU average.
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By 2020, 12.4% of electricity production in Romania will come from wind sources, 3.4% from photovoltaic panels and 27.6% from hydropower sources. Overall, renewable energy production (wind, solar and biomass) accounts for 16% of the total.
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