To help measure a sustainable circular bioeconomy the JRC, in partnership with other Commission services and external experts, developed the EU Bioeconomy Monitoring System.
While the ocean energy sector is still at an early stage of development, the JRC analyses future emerging technologies to generate energy from the ocean tides and waves.
Water and energy are connected. Energy can be renewed but water sources are finite. How do we avoid problems in the future?
Find out how much energy you can potentially generate by installing solar panels at your home.
Green sustainable energy and transport requires raw materials that may soon be in short supply. How critical is it?
Human population is more concentrated than ever before. However, look at how many hours and sometimes days it takes to reach a major city from a remote area.
EU scientists ensure that European citizens have access to battery products that are highly efficient, affordable, safe, sustainable, recyclable and globally competitive.
A summary of the JRC flagship report which examines developments in road transport and aim to inform policy debate at the European level. Key messages are summed up and presented by infographics.
Global supply and demand of lithium-ion batteries today and in the future
Cobalt global supply and demand balances in the transition to electric mobility are due to become an issue
Smart homes and communities are key components for energy transition in the future. Interoperability is about the ability to connect all elements in the system
People-centric solutions must be promoted and adopted for mobility of the future
Integrating smart technology into our energy production infrastructure will change our lives and improve the security of Europe’s energy supply.
This specialised tool (for experts in the energy sector) demonstrates how each processing parameter can affect the total emissions of a biofuel.
Despite being rich in renewable energy resources, why is it such a challenge for Africa to bring electricity to its citizens?
JRC scientists perform tests to determine the amount of key pollutants from the exhaust emissions that may pose a risk to human health and the environment.
EU scientists research the factors influencing the cost effectiveness of solar technologies.
This facility is one of the few in Europe that carries out performance tests on high pressure tanks for hydrogen vehicle
In the future, global demand for critical materials will be higher than current supplies and this puts the EU in a vulnerable position
Solar scientists need a common reference to test solar panels. Solar scientists gather simultaneously every year in Sicily to calibrate the sun's strength.
