Renewable Energy in Ukraine: A Solution for European Energy Security and for Shifting the EU GND Eastward A Global Think Tank: Ideas Shaping the World

Renewable Energy in Ukraine: A Solution for European Energy Security and for Shifting the EU GND Eastward A Global Think Tank: Ideas Shaping the World

And they’re hurting Europe’s wind energy supply chain”, says WindEurope CEO Giles Dickson. The upcoming years will be crucial in setting the pace necessary to reach a clean EU electricity system by 2035. Since REPowerEU does not provide country-level targets, results from Ember’s study are used to break down the required capacity according to each country. The resulting country-level numbers should be viewed as indicative of what is required for the EU27 as a whole to reach sufficient installed capacity of wind and solar. At predicted rates of deployment, only four out of 27 EU countries will achieve sufficiently high annual wind capacity increases to align with 1.5C.

Officials with Rezolv, which is backed by UK-based Actis, a private equity group, said the company acquired the rights to the project from the Romania-based Monsson Group, a developer of renewable energy installations and water treatment facilities. The United Kingdom has made a legally binding commitment to have net zero greenhouse gas emissions come 2050. Part of achieving this target will be exclusively constructing net zero emissions buildings like the London HQ of UKGBC. Of course, there is a practical purpose to this as well, as the extra trees guzzle up CO2 and dust particles and emit clean oxygen. Plants on buildings also bring natural warmth and cooling, and protect people and buildings from sustained exposure to weather.

Europe’s building only half the wind energy it needs for the Green Deal, supply chain is struggling as a result

The BUILD2LC project will contribute decisively to achieve the EU energy goals, with its overall objective to increase the energy rehabilitation of buildings, and pave the path that facilitates the transit towards the new standard of nZEB buildings. From energy usage to emissions and natural resources, the construction industry has a huge impact on the environment. Today, this impact translates to revisions in building regulations, leveraging of technological advances and new materials, and greater adoption of sustainable construction methods. The European Union is proposing a cut back in lengthy planning rules for building renewables projects in the latest push to lower electricity prices and reduce gas use in energy. Passive homes and passive buildings are sealed air-tight with timber construction so that no weather penetrates the building; doule or triple-paned windows, and use high-quality, energy efficient insulation. A passive house is a shining example of sustainable architecture at its finest. Passive homes are built to ultra-energy efficient standards so that all heat generated within the home is retained.

Europe Regional Projects:

With quicker permitting times and the necessary grid upgrades, these projects could be unlocked, helping in the reduction of Russian gas consumption, lowering electricity prices and improving Europe’s energy security. Wind and solar deployments have a steep climb ahead to reach 1.5C aligned capacity. Forecasts show that by this date, the EU will only be adding 38 GW, half of required annual capacity increases. Modelling from Ember shows how this can be achieved through possible pathways to a 1.5C aligned clean electricity system in Europe. The modelling provides insights into the required 2030 capacity for wind and solar. Comparing these capacities with the pace of actual deployment shows that EU countries need to accelerate the rate of wind and solar capacity additions to reach the volumes required in 2030. Faced with the cutoff of Russian gas and oil, Europe ramped up solar and wind power, got serious about energy conservation, and tweaked policies to speed its green transition.

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