Being Smart About Energy – The Smart Grid & Smart Transformers
We’re living in a world where the constant interconnectivity of technology and appliances is a fast growing and unstoppable trend. We’re seeing the world of consumer electronics being vastly altered by “The Internet of Things”, creating smart devices that build interconnected networks of fitness bands, smartphones and even fridges. The desire to have everything talk to each other to make our lives easier is seen as one of the great developments of our era, but while we enjoy telling our watches to turn on the TV, a more fundamental shift is happening in our National Grid.
The proliferation of Smart Metres by the UK Government is a sign of how the way we receive and use power is changing. Efficiency is the new watchword, not just in making sure we use only what is necessary, but also that we make the most of it. In order to achieve this we have to do more than simply hook up our metres to our phones, we have to fundamentally change the way our infrastructure works. The National Grid is dealing with more diverse and fragmented energy sources than ever before, with the addition of wind and solar providing clean, if intermittent energy, and micro grids creating lots of unpredictable problems. This means that a more finessed manipulation of our supply is required, and it’s here that smart technology goes from an entertaining phenomenon into a radical new way to save power.
Voltage management is nothing new to the world of transformers, our Wilson e2 has a fantastic tap-based solution that can help you increase your energy efficiency, and the Wilson e2+ even has dynamic systems in place, but as smart technology develops so too does our accuracy. If we can get your transformer talking to the rest of the grid and to the power consuming devices in your system, you can create a network that optimises every volt. Instead of having a “set and forget” default in our distribution network, we could have a smart system that brings down the overall energy usage simply by collecting and acting upon better information. Over time the transformers themselves will be able to make these decisions independently, creating a self-monitoring network that could reduce our energy demands in a massive way.
But it’s not just lowering the consumption that makes the smart transformer so appealing, they can also prevent overvoltage, supplying devices with the actual voltage they need rather than sending a potentially damaging surge. This method can also be applied to power fluctuations, making the transformer an additional line of defence against faulty equipment in the network. Plus, with the constant reporting between devices, errors and faults can be logged and traced with greater ease, making maintenance a much simpler task.
Right now Smart Transformers are still in development, with coordination along the grid still being required to help achieve the truly intelligent infrastructure we need. The good news is that the work is being put in, and it’s mutually agreed that the smart grid is a massive win for everyone involved, reducing energy prices and making a national grid that’s easier to maintain and monitor. If you’re interested in learning more about the smart grid the UK government’s section on the smart grid makes for some excellent additional reading and you can check out this helpful set of videos from the US Department of Energy.
Want to stay informed about Transformers and our upcoming events? Sign up to our newsletter:Sign Up Now
Top 5 Renewable Energy Technologies
With the recent release of ‘Our Planet’, on Netflix, Sir David Attenborough delivered an empowering speech at The National History Museum, aimed at all of us, in hope of awakening us to the dilemma we’re currently facing: mass extinction. The documentary is expected to reach over 1 billion people on Netflix alone, educating and […]
5 FAQs about Distribution Transformers
1. What do distribution transformers do? Distribution transformers are the last port of call on a distribution grid. The grid will soak up high amounts of electrical energy and distribute it accordingly for the customer, be it household or commercial use. The distribution transformer is responsible for outputting the correct voltage. It converts the […]
Advantages of Amorphous Metal Technology
Given the recent launch of our Ultra Low Loss Amorphous Wilson e3 Transformer, and as pioneers of amorphous metal technology in the UK, we wanted to highlight some of the clear advantages of amorphous metal technology. What are amorphous metals? Amorphous metals are alloys with a different makeup compared to typical metals. Amorphous metals […]