Ten new technologies to electrify the future

Jérôme Fournier May 24, 2022

electrical technologies, nexans

We reveal ten technologies that are shaping an all-electric future

The future is electric. Over the coming decade, decarbonised electricity will play a bigger and bigger role in delivering the energy transition and combating global warming. Momentum is building. Upstream, wind turbines and solar farms are replacing thermal power stations. Downstream, new ways of using electricity are accelerating the journey to net zero.

Important milestones are already being achieved. Wind and solar together generated more electricity than gas in Europe for the first time in 2021. In a year of below-average wind speeds, the growth of solar power was vital. Indeed, solar generated 27% more electricity in 2021 than in 2019. Solar now accounts for 6% of Europe’s electricity. Many European countries have laid the foundations for rapid solar growth, not just in southern Europe where the solar potential is highest.

Downstream – at the level of consumption – the transformation is also well underway. The evidence is all around us. Electric vehicles (EVs) are rapidly replacing conventional diesel and petrol-powered vehicles. Meanwhile, electrically-powered ground and air source heat pumps are taking the place of conventional gas and oil-fired heating. And industrial processes of all types are making the switch from fossil fuels to electricity.

New ways of generating and using electricity are attracting a lot of attention. Less visible – but every bit as important – is the transmission and distribution of electricity. The need to revitalise grids is becoming urgent: in the US, for example, an estimated US$1.1 trillion will be required by 2040 to expand and upgrade the electricity grid to maintain reliability and resilience.

So far, only a small part of the required investment in grid modernisation has been approved, suggesting that there is a disconnect between what utility companies are proposing and what regulators currently see as appropriate.

Progress is being made nonetheless. Thanks to smart meters, the electricity grid is becoming digital. And smart grid technology – which allows operators to make the most of their existing infrastructure – has the potential to save billions in grid investments. This matters, because power infrastructure in developed economies is on average 40 to 50 years old. The risk of blackouts is real.

The challenges are clear. First and foremost, there is a need to boost both the capacity and reliability of electricity grids. In tandem with this, there is a need to ensure the safety of people and property in an all-electric future. In addition, grids must be sustainable. This means minimising the carbon footprint of new grid infrastructure and ensuring that the resources required for its delivery are carefully managed. All of this must be achieved cost effectively.

Innovation will play a critical part in achieving these objectives. Below, we outline the technologies that we believe will shape the electrification of the world over the next ten years:

  • AC to DC transition – the partial switch from AC to DC electrical systems at low, medium and high voltage.
  • New energy sources – floating offshore wind, solar trackers and floating solar, mini nuclear facilities.
  • Superconductivity – high-capacity transmission with no losses and minimal land take.
  • Circular plastic – bioplastics, recycled plastics and the materials transition.
  • Hydrogen – green hydrogen to decarbonize heavy industry and transport will be a key driver of electricity demand.
  • Electrical vehicles – wider and easier access to charging infrastructure.
  • Connected products – Internet of Things (IoT) constellations and RFID.
  • Digital twin – modelling and predictions using an electronic representation of the real world.
  • Big data and AI – deeper insights and enhanced decision making.
  • Smart and safe buildings – electrical and fire safety in an all-electric future.

Over the next few weeks, we will explore these technologies in more detail – and find out what role they can play in delivering an all-electric future.

nexans, electrical vehicles
Find out more

Like other sectors, the automotive industry must evolve to meet future economic and ecological challenges. Currently, thermal vehicles are responsible for nearly 10% of CO2 emissions worldwide. In developed economy such like in France, this figure rises to 15%.

The electrification of these vehicles is therefore a key issue in the transition to a low-carbon economy.

Electrical vehicles: a major change coming required by energy transition

About the author

Jérôme Fournier

Jérôme Fournier is Nexans' Vice President in charge of Innovation, Services & Growth since January 1, 2019.
Jérôme joined Alcatel Cables in 1997 in the Metallurgy division. He was in charge of Nexans' R&D from 2007 to 2011 before joining Michelin Group where he held various positions as R&D Director from 2011 to 2018. As VP Innovation he is responsible for the Group's R&D, Design Labs teams, innovation partnerships and acceleration units.

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