How Ultra-Low Loss Transformers can help Shape the Energy Landscape

Energy supply is the UK’s second most carbon-emitting sector, after transport. It is estimated that the sector accounted for 27% of the CO2 emissions in 2018. Compared to 2017 statistics, energy supply reduced 7.2% of its carbon, making it the most contributor to decarbonization. This is attributed to phasing out from coal and increasing the share of low carbon energy sources such as renewables and nuclear.

The energy sector has been through many transformations that were triggered by two main factors; policy changes and technological breakthrough. This plays a role in portraying the futuristic landscape of the UK’s energy which requires stakeholders to adapt and cater to. Ayah Alfawaris from Wilson Power Solutions talks about two key factors that are shaping the energy sector nowadays.


Delivering “Net Zero”

One of the biggest commitments the UK has made is going carbon neutral by 2050 to combat climate change. Being the first major economy to set such an ambitious target poses many challenges that require unprecedented collaboration and drive among regulators, suppliers, and operators.

The UK has invested in low carbon energy and enforced high energy efficiency standards but managed to only cut its emissions by 42% compared to 1990 levels.

Energy efficiency usually addresses what’s inside buildings, from LED to insulation and completely neglects equipment that sits outside and silently guzzle energy. Distribution transformers are a great example. Ultra-Low Loss Transformers offered by Wilson Power Solutions, a Leeds-based transformer manufacturer, create a new venue for energy efficiency; it helps avoid 18.5GWh and 5.2 tons of carbon annually through reducing energy wastage.


Electrification of Transport

33% of the country’s CO2 emissions in 2018 came from transport, the biggest polluting sector. The government’s Road to Zero will help reduce its carbon footprint drastically.

In 2040, all new vehicles will have to be electric in the UK and when the time comes, drivers would want to spend less than 15 minutes charging their EVs. Many charging points already started offering rapid and ultra-rapid charging points with capacities reaching 350kW. Collaboration for infrastructure upgrades has never been this vital.

Ultra-Low Loss transformers are perfect for EV charging points for two main reasons; a. it offers the most reduced transformer losses to minimise energy wastage for EV charging points and b. it provides voltage management with its built-in voltage tap changers that eliminate the need for additional equipment and the hassle that comes with it.

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Decrbonising EV Infrastructure & Case Study

There are almost 164,000 pure EV’s in the UK now (less than 0.5% of all cars) but we already have more charging points than petrol stations. It’s not exactly a straightforward comparison but it’s a good sign of a collaborative effort to equip the country with adequate infrastructure for the inevitable growth. The government’s “Green […]

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EU Ecodesign Regulations for Transformers – Tier 2 (2021) FAQ

Please download the FAQ whitepaper here   The European Commission estimates that 2.9% of all energy generated across EU27 and the UK is wasted through transformer losses. This amounts to 93TWh which is equivalent to the electricity consumed in Denmark over three years. The regulation applies to all transformers placed in the market or put […]

Movie 5 Jan 2021

End Users Could Benefit from Avoiding £80m of Wasted Energy

  2.9% of all energy generated in Europe gets wasted through transformer losses. That’s enough to power Denmark for three years. In the UK, network losses account for 1.5% of the CO2 emissions. 25% of which are caused by distribution transformers. This raises two questions, who pays for this wasted energy and what can we […]

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