*home*
NATO ENERGY SECURITY Center of Excellence
*home*
NATO ENERGY SECURITY Center of Excellence


ENSEC COE NEWS
ENSEC COE NEWS
ENERGY NEWS
„Core21-Baltic” tabletop exercises started in Vilnius

„Core21-Baltic” tabletop exercises started in Vilnius

2021.09.20 On the 20th of September in Lithuanian military academy (Vilnius) the NATO Energy security center of excellence (NATO ENSEC COE) started „Core21-Baltic” tabletop exercises (TTX). The training will last until the 24th of September. 43 institutions... Final Planning Conference for Coherent Resilience 2020 Tabletop Exercise hosted by Ukraine

Final Planning Conference for Coherent Resilience 2020 Tabletop Exercise hosted by Ukraine

2021.07.05 The Black Sea region–related TTX aims to increase the capabilities of Ukrainian national and local authorities to respond to a crisis and hybrid threats to critical infrastructure.
Go to ENSEC news archive

Droughts shrink hydropower, pose risk to global push to clean energy

2021.08.13 Severe droughts of last months are drying up rivers and reservoirs which are vital for the production of zero-emissions hydropower. Some governments are even led to relapse back to fossil fuels. Some energy experts say is going to be a long-term...

Climate legislation overhaul opens door to geothermal, but not wide enough

2021.07.29 Geothermal technology utilises the heat below the Earth’s surface to produce clean energy. Compared to solar and wind power it mainly focuses on decarbonising heating and cooling, sectors responsible for around half of Europe’s energy consumption...

Europe’s Largest Hydrogen Electrolyser

2021.07.28 Shell has started up Europe’s largest hydrogen electrolyser of its kind at its energy and chemicals park Rheinland, in Germany, as it sees the great potential for its use in a range of sectors, from production to industry. Shell’s ultimate goal is...

EU plans to increase renewable energy share in energy mix to 40% by 2030

2021.07.15 To help meet the 2050 goal, the European Commission decided to set interim target for the EU to raise the share of renewable energy to 40% of final consumption by 2030, up from roughly 20% in 2019.

Germanium-based solar cell tech for agrivoltaics

2021.01.15 A team of researchers from Germany have developed an improved amorphous germanium PV cell that bounds light in an ultra-thin absorber. The technology relies on plasma-enhanced vapor deposition and magnetron sputtering. According to the scientists,...
© 2016 NATO Energy Security Center of Excellence. All rights reserved.

Šilo g. 5A (K-22), LT-10322 Vilnius, Lithuania
Phone: +370 5 203 26 86 Fax: +370 706 71010 Email: info@enseccoe.org

ENERGY NEWS

Droughts shrink hydropower, pose risk to global push to clean energy

2021.08.13 Severe droughts of last months are drying up rivers and reservoirs which are vital for the production of zero-emissions hydropower. Some governments are even led to relapse back to fossil fuels. Some energy experts say is going to be a long-term...

Climate legislation overhaul opens door to geothermal, but not wide enough

2021.07.29 Geothermal technology utilises the heat below the Earth’s surface to produce clean energy. Compared to solar and wind power it mainly focuses on decarbonising heating and cooling, sectors responsible for around half of Europe’s energy consumption...

Europe’s Largest Hydrogen Electrolyser

2021.07.28 Shell has started up Europe’s largest hydrogen electrolyser of its kind at its energy and chemicals park Rheinland, in Germany, as it sees the great potential for its use in a range of sectors, from production to industry. Shell’s ultimate goal is...

EU plans to increase renewable energy share in energy mix to 40% by 2030

2021.07.15 To help meet the 2050 goal, the European Commission decided to set interim target for the EU to raise the share of renewable energy to 40% of final consumption by 2030, up from roughly 20% in 2019.

Germanium-based solar cell tech for agrivoltaics

2021.01.15 A team of researchers from Germany have developed an improved amorphous germanium PV cell that bounds light in an ultra-thin absorber. The technology relies on plasma-enhanced vapor deposition and magnetron sputtering. According to the scientists,...