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MEPs back plans to boost renewable energy
Europe Renewables
In its plenary session on 12 September the EU parliament voted to boost the deployment of renewable energy, in line with the Green Deal and REPowerEU plans.
This update of the Renewable Energy Directive (RED), already agreed upon between MEPs and European Council, raises the target share of renewables in the EU’s final energy consumption to 42.5% by 2030. Individual member states are expected to aim at achieving 45%.
Provisions of the legislation will also speed up procedures to grant permits for new renewable energy power plants, such as solar panels or wind turbines, or to adapt existing ones. National authorities should take no longer than 12 months to approve new renewable energy installations, if located in so-called ‘renewables go-to areas’. Outside such areas, the process should not exceed 24 months.
In the transport sector, renewables deployment should lead to a 14.5% reduction
by 2030 in greenhouse gas emissions, by using a greater share of advanced biofuels and a more ambitious quota for renewable fuels of non-biological origin, such as hydrogen.
MEPs also specified that member states set an indicative target for innovative renewable energy technology of at least 5% of newly installed renewable energy capacity, as well as a binding framework for cross-border energy projects. They pushed for stricter criteria on the use of biomass to ensure that the EU does not subsidise unsustainable practices. Biomass harvesting should be done in a way that prevents negative impacts on soil quality and biodiversity.
The lead MEP Markus Pieper commented: “In our pursuit of greater energy independence and CO2
reduction, we have
raised our renewable energy targets. This directive is evidence that Brussels can be unbureaucratic and pragmatic. We have designated renewables as an overriding public interest, streamlining their approval
process. Our focus encompasses wind power, photovoltaics, hydropower, geothermal energy, and tidal currents. Biomass from wood will remain classified as renewable energy. Under the principle of ‘Positive silence’, investments will be deemed approved in the absence of administrative feedback. We now urgently need an EU electricity market design and an immediate shift to hydrogen for a greener transition”. The legislation was adopted with 470 votes to 120, with 40 abstentions. It will now have to be formally endorsed by the European Council before it comes into law. This legislative revision stems from the ‘fit for 55’ package, adapting existing climate and energy legislation to meet the new EU objective of a minimum 55% reduction in greenhouse gas emissions by 2030 (REDIII). The proposed targets were further raised under the REpowerEU package, which aims to cut European dependence on fossil fuel imports from Russia, following its aggression in Ukraine.
DemoSATH floating wind starts commercial ops
Spain Wind power The floating offshore wind project DemoSATH, led by the Spanish engineering firm Saitec Offshore Technologies in collaboration with RWE and Kansai Electric Power (KEPCO), has started supplying power to the Spanish grid. In August the 2 MW DemoSATH WTG was installed offshore
at the BiMEP testing area at Armintza in the Basque country. Subsequently, the connection of the existing static seabed cable to the motion-absorbing dynamic cable, and the link to the platform itself was successfully completed, enabling the transmission of power to the grid via the BiMEP substation. The development means that floating offshore wind technology
is being introduced as a new renewable generation technology in Spain’s energy mix for the first time. The commissioning marks the beginning of a two-year operational period to gather data about the behaviour of the SATH technology, developed by Saitec Offshore Technologies, and the monitoring of the systems installed on the platform to monitor its interaction with the surrounding ecosystem.
Specialised tools for the identification of birds and bats have
been installed, as well as systems for monitoring marine ecosystem biodiversity (such as crustacean communities, other invertebrates, fish, and cetaceans) within the local environment, to provide insights into the behaviour of species in the area. The project will involve the evaluation of environmentally friendly solutions, custom-designed for SATH, which will aim to support marine biodiversity and enhance fishing resources in floating offshore wind farms.
The DemoSATH project is Spain’s first floating offshore wind turbine to connect to the electrical grid, the 5th European floating technology with a turbine of over 1 MW installed in open sea, and the 3rd concrete-based technology to reach this level of
development. The project received support received from the Spanish government through The Institute for the Diversification and Saving of Energy and The Centre for the Development of Industrial Technology as well as from the Basque government through The Basque Business Development Agency and the Basque Energy Agency.
4 | September 2023 |
www.modernpowersystems.com
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