In trying to understand the real meaning of “living off the grid” many people will define the concept in different perspectives. Going off the grid doesn’t mean absolute darkness and relying on conventional woodstoves. Even when you want to lead a rustic life, electricity is an integral part of it. When you go off grid, it means you become your power generator. Surprisingly, you can be off grid in the middle of the jungle or right in the hustle and bustle of modern infrastructure.
As innovators continue to look for efficient ways and renewable energy options to heat homes, homeowners are gravitating towards options such as domestic Air source heat pump. No doubt, Air source heat pumps have become a preference to many people for other than being low maintenance; they reduce heating costs at home and carbon emission.
Generating your own electricity means you don’t have to rely on supply from the grid. You will enjoy financial freedom, and you will be reducing negative impacts on the environment. A good number of individuals who want to enjoy self-sufficiency know that it’s easier said than done. However, going off grid doesn’t have to be hectic. The notion that lack of sunshine will affect your solar power project isn’t reason enough. You can choose to generate as much as you can when it shines and store the surplus in battery units.
The Renewable Heat Incentive (RHI) is UK Government scheme mooted to encourage individuals and companies to generate their power through renewable technologies. The RHI is a pioneering scheme globally as the UK government strives to accomplish its goal of having over 15 % of its heating power coming from green sources instead of fossil fuel.
The domestic chapter of the RHI scheme, which rolled out in April 2014, offers financial incentives in the form of tariffs to households using either of five eligible technologies. The tariffs are calculated based on the technology in use. It’s easy to calculate the amount you could earn online, although there are rules and regulations to be followed for you to qualify.
At the same time, tariffs are calculated on based on the amount of renewable output that a household generates and the current tariff rates announced by UK government.
Individuals and companies looking to reduce their energy consumption, carbon emission while making some money will find the Feed-In Tariff scheme (FITs) a suitable proposition. This environmental initiative was introduced on 1st April 2010. It’s only applicable in England, Scotland and Wales.
Like the domestic RHI programme, the FITS programme strives to encourage the generation of small renewable and low carbon electricity. The bigger picture is to help the UK government to meet its renewable energy targets by 2020.
Once a generating entity qualifies for the financial incentives, there is a guaranteed unit tariff payment that stretches to 20-25 years for every unit generated and exported back to the main grid.
If you have been thinking on whether using a storage battery alongside your solar PV system is a good idea, you are probably not far from the truth. Fundamentally, your PV system relies on the grid as a dynamic battery. When you generate more than you need, the excess is exported to the grid. When your panels can’t produce enough, power is drawn from the grid to make up for the deficit.
Domestic Solar PV Systems and Its Benefits for Scotland Market
Depleted natural resources, runaway environmental degradation, and the severe effects of carbon emissions are increasingly pushing individuals to opt for renewable energy sources more than ever before. In Scotland alone, private establishments are on the frontline taking up green energy options. The preference for solar power is promising as many homes are becoming eager to invest in domestic solar PV technology.
Solar PV panels, also known as photovoltaic system, create an enabling energy ecosystem that allows you and your domestic outfit to avoid the dire consequences associated with the ever-rising cost of electricity. The fact that domestic PV panels can rely on direct or distributed sunlight to generate enough power makes them more appealing.
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