Since it’s introduction in 2010, the Feed-In Tariff (FiT) has been a great incentive for consumers wishing to adopt Solar energy. However with the tariff ending in April 2019, now is the time to move on and look at alternative ways of installing, using and conserving solar power.
So where to go from here?
The first thing to remember is that SOLAR IS STILL A GOOD IDEA!
However the way we install, use and conserve solar energy has to be considered, and this can be thought of in three main ways:
Self-Installation (DIY Solar)
The idea that the government needs to help us to achieve energy self-sufficiency using solar power is a learned behavior and it’s time to re-condition our thinking.
Solar Power can easily be installed, and used, by anyone*, without government incentives, such as the Feed-In Tariff, or the need for a qualified installer.
With a Plug-In Solar kit, you can install your own solar panels safely, and use the free energy you produce to power the appliances in your home. You do not need any prior qualifications, or experience to do this*.
By installing the plug and play solar panels yourself, you save on labour costs and certification fees meaning the return on investment period on the majority of Plug-In Solar kits is 6 years or under.**
As an example a 2kW Plug-In Solar kit can save you an average of over £786 per year in electricity costs, over it’s 20-year lifetime. That’s a total saving of over £15,724**.
Intelligent Energy Use
The way we use energy that we generate from solar power is nearly as important as the amount we generate.
Through the use of efficient appliances, LED Light bulbs, timer switches, energy monitors, and clever gadgets such as immersion switches (excess energy can be used to heat water) we can use the energy we generate from solar power much more intelligently.
Energy storage, such as batteries, allows you to save your solar energy for when you need it most.
Batteries work by diverting excess solar energy, which would otherwise be exported back to the grid, and storing it for use at a later time. When power demand in the home is greater than solar power generation, the battery can release the stored power back into the home, resulting in a reduction of energy import (buying power from the grid).
By using your own solar and battery power sources, you can keep your home’s energy demand at zero, resulting in lower average energy costs.
There are a plethora of energy storage solutions currently on the market, and such solutions are only going to get cheaper, easier to install, and more user friendly as time rolls by. Not only will they help us store the energy we generate from solar power, but also use it more wisely.
For more information on our Plug-In Solar kits, battery storage options, or any of our other products, please do not to hesitate to contact us on email@example.com 01444 672005.
*Plug-In Solar kits can simply be wired into the Plug-In Solar Connection Unit that is provided with the kits. Under Part P building regulations (sections 2.7 and 2.8), the addition of a Fused Switched Connection Unit is classed as non-notifiable work (apart from in Bathrooms). Under the IET wiring regulations, an ‘electrically skilled’ person, who does not have to be a qualified electrician, can undertake the installation of a Plug-In Solar kit. Installations are undertaken at the customer’s own risk. All work must comply with the latest edition of the IET electrical installation wiring regulations, and if you are unsure please consult a professional.
**The performance of solar PV systems is impossible to predict with certainty due to the variability in the amount of solar radiation (sunlight) from location to location & from year to year. This estimate is based upon the Government’s standard assessment procedure for energy rating of buildings (SAP) and is given as guidance only. Illustrative solar PV performance figures only. Figures are given in good faith but do not constitute “Financial Advice”. Yearly PV output uses a factored degradation over time based on industry estimates. Photovoltaic Panels will not be shaded (e.g. by Trees or Buildings) as shading affects PV output. Specific appliance ratings and equipment age will affect energy consumption and these examples are guidelines only. Appliance consumption information from Center for Sustainable Energy (www.cse.org.uk). Based on A-Rated (or higher) appliances. These figures assume that you have south facing 250W polycrystalline solar panels, tilted at an angle of 35°, you pay 14.37p per unit of electricity (Standard rate as of May 2017 source: Energy Saving Trust) and 100% of the solar electricity that you generate will be used in your home. Calculations assume an annual energy price inflation of 10% & include solar radiation & system losses, in a western UK location, due to Temperature 6.8% and Angular Reflectance 2.9%, as well as other losses (e.g. Cables, Inverter) of 12%. Figures obtained from www.solarguide.co.uk/solar-pv-calculator.