6 Apr
What Does The Future Of Wind Energy Look Like?
Posted on Apr 6, 2023
by D-ENERGi
The future of wind energy is bright! As the demand for clean, renewable energy sources continues to grow, so too does the potential for harnessing wind power. Wind turbines are becoming more efficient and cost-effective, while advances in technology allow them to generate electricity at higher levels than ever before.
Governments around the world are encouraging the development of wind energy, providing financial incentives and supporting research into new technologies. With such strong support and continued innovation in the sector, the future of wind energy looks very promising. The world is rapidly transitioning to renewable sources of energy in order to combat climate change, and it’s clear that wind power will play a major role in this shift.
How does wind energy work?
Before we look at how we will be harnessing wind energy in the future, let’s first understand how wind energy actually works.
Placing wind turbines in places where there are often high levels of wind, usually by the coast or off-shore, wind turbines are powered by the wind. Once the propeller of the turbine is spinning, this helps to spin a generator, which in turn generates electricity.
Although it may seem like a simple process, there are however some challenges that pose risks to relying so heavily on the power of wind to generate electricity.
These challenges include:
- The most ideal locations for wind turbine placements are often in remote locations, making them difficult to reach and often hard to maintain
- Some communities and groups of people campaign against the placement of wind turbines due to their design, since they believe this spoils the natural environment
- In order to boost the use of wind energy, this type of energy must compete with other low-cost types of energy generation
In order to overcome these challenges, the central and local governments must consider the best ways to introduce wind energy into communities, without disruption to the natural environment and find ways to keep the costs of installation and generation down. Off-shore wind farms are already a great solution for avoiding the criticism of small, rural communities and allows for the installation of larger numbers of wind turbines without having to find the necessary space in-land.
The potential for off-shore wind energy
The potential for offshore wind energy is vast and untapped. Offshore wind turbines have the capacity to generate more electricity than their on-shore counterparts due to higher wind speeds, as well as being less visible from land. This has led to increased investment in this area, with many countries actively exploring the potential of harnessing offshore wind power. The UK specifically has the great advantage of being an island with access to many points in which to establish and develop off-shore wind farms. Currently we already have a total of 44 off-shore wind farms with around 2,500 wind turbines generating over 13% of the country’s total electricity generation.
In the future, with the right investment and legislation in place to support the growth of wind energy, these numbers are certainly expected to increase.
How businesses can utilise wind energy
Businesses looking to increase their sustainability efforts can consider switching their current electricity supply to that of wind-powered energy.
AT D-ENERGi we offer our business energy customers electricity supplied from UK based wind farms. Making us one of the only firms in the business electricity sector to offer British businesses the opportunity to access a 100% renewable energy option. To find out more about our D-ENERGi Trading Product, click here, or give our team a call.
What is P272? P27what? You aren’t alone in the dark about P272. P272 is regarded as one of the biggest shakeups to the business electricity market since deregulation. Sounds more like a character out of star wars, but here are some facts on P272, which we have put together hopefully jargon free. If you unsure on how P272 affects your business please do not hesitate to contact us for free on 0800 781 7626, we will be delighted to help you further. You may also like to view our infographic and visit our support page dedicated to the P272 OFGEM legislation.
The Facts – What Is P272
P272 is a new regulation which has been implemented by OFGEM. It affects the way suppliers settle electricity consumption for businesses with a specified energy use. Resulting in sites being changed to half hourly.
Remember, remember the 5th November… “Guy Fawkes?”. No, no… this is when the P272 migration began! The deadline for all sites to be settled to Half-Hourly is 1st April 2017. Don’t be fooled by the date, it really is 1st April! Also, don’t be put off by the 2017 threat – it’ll be here before you know it!
The settlement is being put in place in order for suppliers to balance the amount of energy being purchased from the Generators. The aim for P272 is to make the readings more accurate via the half hourly consumption. This will provide distributors with more understanding on electricity use. This results in networks ensuring they are sufficiently developed and maintained.
Ultimately, P272 helps you and your business manage and also use the energy smartly. It gives you the opportunity to see where and when you are consuming energy. Also, a more accurate settlement which could lead to better tariff rates… something nobody would say no to, agreed?
Now you (hopefully) have a little more understanding of P272 here is how to prepare:
Learn if your portfolio is affected.
Speak to your supplier, they will be more than happy to explore your options with you.
Select your Half-Hourly Meter and Data Collector.
If your business has a maximum demand electricity supply categorised by profile classes:
05 06 07 08
And you have an Automated Meter Reading meter of which is capable of HH data collection and remote programming. Just to let you know… 160,000 sites are affected so it is definitely worth double, maybe even triple checking!
“How do I check?!” I hear you say? Simple… you just check the S number at the top of your electricity bill to find out your sites profile class.
Believe it or not, P272 can be very beneficial for you and here’s why:
You receive accurate billing
It offers you the ability to avoid peak times of electricity use
It gives you an insight on your energy usage
It allows you to make room for an opportunity of improvement and efficiency
REMEMBER…
This is an OFGEM regulation affecting ALL maximum demand meters and ALL electricity suppliers equally. If you’re being advised P272 does not affect your business, please let us double check this for you.
Read Article
A Russian rocket blasted into space this month to investigate whether any methane gas is present on Mars, as part of the joint ExoMars project created by the European and Russian space agencies.
Methane is a gas created by living microbes, and if it were to be detected it would be a revelation in the space industry as it could prove that life exists or existed on the red planet, some 225 million kilometres away from the Earth (which is itself something of a shock, given that in 2003 Mars was a mere 56 million kms away).
We already know there is life-giving water on Mars. Just like the Earth it has ice caps, although the water they contain is more elusive. The American space agency NASA made a huge discovery in 2006 when it found there was water flowing through the planet in even the hottest months of the year, and that the ‘lines’ that appear on our satellite images of Mars are streaks of flowing salt water.
That’s when the questions ‘did life exist on Mars, and can we find out?’ really started to arise.
The ExoMars project involves sending up a Trace Gas Orbiter to sniff the Martian atmosphere for methane, and if the results are positive then this would establish that methane has been generated via geology or a biological process.
As part of the same mission, a stationary lander called Schiaparelli will test the technology for a subsequent mission – ExoMars 2018 – which will see a UK-built rover collect soil samples filled with water particles and drill below the planet’s surface to look for other signs of life. That’s when the search for Martian life will start in earnest.
These two projects combined will cost an eye-watering £900 million but isn’t it worth it for the chance to make one of the biggest discoveries of all time? What a time to be alive!
Planetary scientist Dr Peter Grindrod, from Birkbeck, University of London, who is funded by the UK Space Agency, certainly thinks so. “It’s incredibly exciting,” he enthused. “This is a series of missions that’s trying to address one of the fundamental questions in science: is there life anywhere else besides the Earth? Finding that life exists elsewhere in the solar system would be a huge discovery, so the evidence has to be strong. As they say, extraordinary claims require extraordinary evidence.”
Wouldn’t it be amazing to find out if there really is Life On Mars, or if there has been in the past. It’s astonishing to think there could be more than just us Earthlings in our solar system!
Read Article