The construction sector already emits 10% of global carbon dioxide emissions, with demand for new buildings and renovation of old buildings set to increase in the coming decade. A push towards a circular construction sector could help save energy and cut emissions
The lack of skilled workers in renewable energy jobs is one of the most underestimated barriers to the global energy transition. The industry is struggling to find talent, while educational institutions are failing to keep up with such a fast-evolving environment
Municipal electricity utilities have a long history in Europe, with more emerging as cities look to lead the energy transition. The model has obvious advantages but has also suffered setbacks in some markets. In an increasingly competitive landscape, using the benefits of private partners may be the way forward
Advocates of so-called digital twins—simulated computer modelling of technologies at work—see them as vital tools for managing the complexity of multi-level electricity systems and the digital control of energy-efficient buildings
Supporting the focus on how business is evolving and adapting for sustainability in a new energy economy
Once regarded as a high risk gamble, buying green electricity directly from generators under a mutually agreed power purchase agreement (PPA) has become big business in the commercial and industrial sector. City authorities eager to cut their electricity bills and buy renewable are looking to get into the market. The new demand is set to drive big growth in renewables
Shifting some of Europe’s transport needs to the rails can contribute to the energy transition. But complicated and differing cross-border regulations and carbon-intensive power mixes are minimising the rail sector’s impact
As technology costs come down and microgrids become increasingly “smart” using more advanced digital tools, their role in integrating distributed energy resources is set to expand. By providing flexibility to the local distribution system and deferring the need for expensive transmission upgrades, microgrids are facilitating the electrification and decarbonisation of the energy networks
Five years ago, technologists excitedly started suggesting how to use blockchain for energy applications and a raft of start-ups followed, sporting distributed ledgers for the power sector. Today, the word "blockchain" is seldom heard in energy circles. While the hype may have been overblown, work continues instead on a quieter revolution to the one that was promised
Around 50% of the shift from fossil fuels to renewable forms of energy has been a digitised transition to 2020, says Energinet, Denmark's power system operator. As the world digitises further, the already vast volumes of data will only increase in mass. Advances in Artificial Intelligence technology and machine learning tools provide ways of processing this tsunami of data into a new world order
Data is having a major impact on our world. In energy, an influx of data is changing the roles of each player across the value chain but it needs to be gathered and processed in a suitable way to have the greatest influence. Ensuring the data is right to begin with is essential to the success of the energy transition
An upcoming EU supply chain law may see multinational oil and gas companies face a rise in lawsuits stemming from the environmental impacts of their operations. These traditional energy firms may consider driving more investments into less-risky renewables as a result
Small businesses face a hard time decarbonising due to financial constraints, a lack of expertise and time, and technological hurdles. The rise of new business and financing models, plus a helping hand from larger companies, are helping them on the path to carbon neutrality
Companies involved in activities that carry high climate-related, financial and reputational risks can no longer be certain of securing funds. Investors today have a choice. Green energy has become a comparatively better bet, with a lower risk profile and demonstrably higher returns. Companies can either realign their business strategies or watch institutional investors walk away
Cement and steel manufacturing are two of the most carbon intensive industries in the world. Electrification can play a role in decarbonising both, though technology innovation is expensive and removing all emissions from the processes is a tall order
Three concerns are said to be hindering the uptake of electric passenger cars—high purchase cost, fear of a flat battery, and lack of charging infrastructure. But cost has fallen, the range of car batteries now rivals that of a full tank of fuel and recharging a depleted battery when the need arises is proving to be easier than expected
Politically there is broad support in Denmark for financing the green transition through taxes and a carbon emissions tax proposal has been welcomed by parties across the political spectrum, but industry opposition could ultimately quash the idea
The proposal from the European Commission for a European Climate Law means all companies must put decarbonisation at the heart of their business strategies, says Alexandre Perra, member of the board of French utility EDF
Using waste heat from large data centres to heat homes and offices may seem like a no-brainer, but making a business case for getting heat from out-of-town data centres to urban areas at a correct temperature is complicated and costly
FORESIGHT Editor in Chief Philippa Nuttall Jones speaks to Matilda Axelson about how policy makers in Europe can create an industrial strategy that supports heavy industry’s clean energy transition and ensures it remains competitive globally.
Heavy industries are slowly starting to wake up to the reality of the energy transition, but full decarbonisation of the steel, cement and petrochemicals sectors is a significant challenge that will require new processes and significant amounts of clean energy
Placing wind and solar photovoltaic facilities on the same site may sound attractive in theory, but the reality is more complicated and many experts suggest this will only make sense in a limited number of cases
Smart meters are seen as central to managing more flexible power systems, but more cooperation between Transmission System Operators and local Distribution System Operators are needed if this technology is to really help move forward the energy transformation
As the deadline for EU member states to update or develop national cyber security strategies fast approaches, FORESIGHT looks at what companies should be doing to ensure cyber resilience in the energy sector given new challenges posed by the transition to a decarbonised economy and a more decentralised power system.
Interview: Charlotte Søndergren, head of heat planning for Danish HOFOR, questions whether collective heating is the best long-term solution for all countries or whether smaller, individual heat pumps offer a better alternative in some areas.
This interview with Casper Kirketerp-Møller, the CEO of Clever, is part of a series of interviews that FORESIGHT will publish ahead of the Clean Energy Ministerial (CEM9) and Nordic Clean Energy Week (NCEW), which will take place in Copenhagen and Malmo in May 2018.
This interview with Ole Bigum, head of operations at K2 management, a Danish consultancy providing engineering services for developers of wind and solar power, is part of a series of interviews that FORESIGHT will publish ahead of the Clean Energy Ministerial (CEM9) and Nordic Clean Energy Week (NCEW), which will take place in Copenhagen and Malmo in May 2018.
This interview with Peder Andreasen, CEO of Danish transmission system operator (TSO) Energinet.dk, is part of a series of interviews that FORESIGHT will publish ahead of the Clean Energy Ministerial (CEM9) and Nordic Clean Energy Week (NCEW), which will take place in Copenhagen and Malmo in May 2018.
By pricing the value of wind energy according to when it is needed most, markets stimulate the development and sale of wind turbines configured to generate output over longer periods in lower winds, reducing the variability of their production
Farming in the desert might seem a bit optimistic. An Australian greenhouse uses concentrated solar power to produce energy and become independent of fresh water supplies. The result is 17,000 tons of tomatoes a year