Electric Cars increase UK Power Cuts with more demand on Supplies
Electric Cars increase UK Power Cuts with more demand on Supplies
Power Cuts in the UK WILL Increase!
The electric car revolution is happening but is the rush to go carbon-neutral too swift for connected industries to cope, we look at how the UK electricity supply will be affected and why it will increase the demand and therefore power cuts will become even more common in the UK
Electric cars have been taking the motor trade by storm over the last few years. People across the world are buying into this new technology, and manufacturers are locked in an ever-changing battle to be the very first to bring each new advancement to market.
In January 2019, more than 265,000 plug-in cars were registered in the UK alone. While this is less than 0.7% of the cars in the UK, it hasn’t taken long for electric vehicles (EVs) to find such success, and the market is only getting larger as time goes by.
Despite their increasing popularity, though, electric cars might not be all they’re cracked up to be. There are serious concerns that a greater surge in electric car use could lead to power cuts in the UK and across the globe, with mains grids only having the capacity to meet the needs of homes and businesses, no cars.
Trading conventional engines for regular power cuts isn’t a very good deal, but a lot of people are ignoring this factor, and this could make the problem even greater in the future. We’re going to explore this issue, it’s causes, and potential solutions, giving you the opportunity to assess it for yourself. First, though, let’s take a look at what makes electric cars so popular in the first place.
Companies like Tesla have been able to exceed market expectations over the last few years, finding success where a lot of people thought they would fail. This shows that there is a lot of demand for electric cars, and people are willing to spend a lot of money on them, but it doesn’t explain why they’re popular in the first place.
It’s never been easy to get people to trust new technology. When cars first started being introduced, people were concerned that accelerating faster than a horse and carriage would kill them, and this, coupled with the price of these machines, made it very difficult to get people to trust them properly.
Electric cars haven’t had quite as much trouble as this, with few people having strong concerns about these vehicles. Instead, in most cases, electric cars have been met with eager acceptance from consumers. When you delve into this field, it can be easy to understand why this is the case.
What impact will Electric Cars have on UK Power Supplies?
Despite often accelerating faster than their conventional cousins, there’s no doubt that electric vehicles are better for the world. Electric motors are far more efficient than combustion-powered options, and generating electricity can be done without any fossil fuels or pollutants, nowadays. This makes for a far more environmentally friendly vehicle than a petrol or diesel-powered motor. Most of the batteries which are made for EVs can be recycled or refurbished to give them new life.
While they may cost more at the moment, there are less moving parts inside an electric car, and this means that they are likely to last longer than their conventional alternatives. You will need to get fresh batteries every few years, though this can be done as part of a lease agreement which will make it much cheaper.
Cheaper to run:
As oil reserves run out, this vital resource is becoming increasingly expensive. In turn, products which are made from crude oil, like petrol and diesel, are going to go up in price. Electricity is far cheaper than this, making electric cars cheaper to run than their alternatives, while also generating a lot of appeal.
As you can see, there are many reasons for the popularity of electric cars. With these vehicles getting more popular, though, people are going to have to start working to ensure that this doesn’t have an impact on their local power supply.
The Electric Car Problem
Most countries don’t have an efficient way to store large amounts of power. Water can be pumped to the top of a hill to be held until power is needed, with gravity forcing the water into turbines which will generate power when demand is high. This isn’t always something which can be done quickly, though, and this places strict limits on the amount of power a country can generate.
The amount of power being generated is usually calculated based on what will need to be used. Power plants are built around this model, with their maximum capacity being little over what they are expected to make. In most cases, this doesn’t cause any issues, with the power usage of a country changing at a slow pace.
When you add hundreds of thousands of electric cars to the mix, though, this changes. And it only gets worse when you consider that most people will charge their cars at the same time of day, when everyone is also turning on their cookers, TVs, and other power-hungry machines.
These surges have already proven to be too difficult for power stations to manage over the last few years, with loads of stations around the world suffering with shortages as the result of electric cars being plugged in at the same time. This is something which can be broken down to show you just how big of an impact this could have over the next few years.
The cause of this issue is based around the charge rates and energy requirements of an electric car. These vehicles have massive batteries, and this means that they take an awful lot of power to fill, with many of them using fast-charging systems to ensure that they can be powered up as quickly as possible. Let’s take a look at a break down of what your electric car will take to fill, using the latest Tesla Model S as a sample.
The Tesla Model S is fitted with a 100 kWh 400-volt lithium-ion battery, and this means that you could get 100 hours of driving out of your Tesla if it were only using 1000 watts per hour. It will take around 75 minutes to charge this car to full using Tesla’s own Supercharger system, during which your car will be pulling huge amounts of power from the wall
If you were to drive 30 miles each day, you would end up using about 10% of the battery’s capacity. This means that you will probably want to charge it at least every couple of days, though a lot of people will do this every day. Charging your Tesla up by 10 kWh each day will add 3,650 kWh to your yearly energy usage.
With most homes using around 3,940 kWh each year, charging your Tesla like this could almost double your home’s energy usage. While this will still be a lot cheaper than conventional fuel, it will put a massive amount of strain on the UK’s national grid, and this means that power companies are having to fight to keep up.
Of course, it isn’t quite as simple as this, as the chargers which are made for electric cars are designed to be as efficient as possible. Coupled with the wall-mounted batteries which Tesla provides, the strain can be spread throughout the day. A lot of people don’t have these batteries, though, and many manufacturers don’t offer options like this.
The solution to a problem like this isn’t as simple as removing electric cars from the market. These vehicles promise to make the future brighter, saving the world from resource-hungry humans, while also opening the doors to new automotive technology. This is only really worth it if they can be brought into modern society, though.
There are two different timescales which need to be considered when thinking about the power usage of electric cars; the long-term and short-term.
In the long-term, it is hoped that governments and electricity providers will be able to bolster their energy production. This might involve adding power stations, looking at renewable energy, or buying electricity from other countries. Unfortunately, though, this isn't something that can happen overnight. This will cost billions of pounds to bring to life, with both the public and private sectors having to invest for it to happen quickly. Alongside this, it will also take planning, researching and development, and time for construction, making the whole thing even more costly and time-consuming. Some people hope that the future will hold free charging for electric cars in public places. So far, this sort of initiative has fallen flat, with companies only providing charging points to those who have memberships with them. This is a big part of the reason that it’s so hard to find charging points, even after electric cars have been on the market for years.
If people are going to take up electric cars over the next few years, serious work is going to have to be done to ensure that the grid can take these surges in the short-term. While you’re waiting for the government and manufacturers to do their part, you can look for ways to lessen your personal impact on the grid from home. One way to handle this is with your own batteries. By charging batteries when fewer people are at home, you can save power to use during peak times, lessening the surge which is felt each evening. Batteries that are big enough can cost a small fortune, though, and they won’t help you if there is an outage when you want to charge them up.
A diesel generator can provide a much better backup power supply when you’re thinking about an electric car. Not only will this be completely separate from the grid, but it will also enable you to access your power on demand. By simply getting your hands on a can of fuel, you can have your generator running day and night, filling your car up when no one else has power.
It’s crucial that you consider this sort of factor when you’re choosing the car you’d like, and the implications go much further than a simple power cut. With hundreds of people in your area charging their cars at the same time, the power could go out for everyone, leaving them unable to get their vehicles charged up.
This could make it impossible for people to get to work, school, and their other commitments, while also taking power away from vital parts of society, like hospitals and other emergency services. In the long run, this could have a far bigger impact than a lot of people expect.
Getting your hands on a diesel generator has never been easier. Here at Diesel Generator Direct, we have a host of different options available to our customers, offering a variety of features which will make it easy to find something suitable for your home.
Machines like this can be used for much more than simply charging your car. Some people use them to power their gardens, while others will use them for construction projects and other jobs that keep you away from the mains. We also offer spare parts and information about our generators, making it incredibly easy to keep your machine going for years to come.
We encourage anyone looking at products like this to get in touch with our expert team. We’re always happy to help with any questions you might have and have loads of experience when it comes to choosing the right generator for the job you have.
Machines like this can solve the problems of the future and make your life easier today, without forcing you to adopt expensive new technologies to make the most of them. While many people wouldn’t expect a diesel generator to go well with an electric car, we’re confident that they will serve most people’s needs, all without making your carbon footprint too big. If governments and businesses get their acts together, you may only need to use your generator for a few years, though it could be useful for more than a decade.