Can solar panels be recycled?

Many of us are making the move towards solar panels to reduce our energy bills and create greater energy security but another great benefit is in reducing our carbon footprint. So, if we get solar panels for environmental reasons then it is important to consider the long-term environmental impact of our decision making. So here we answer the question: can solar panels be recycled?

Solar panels have a life expectancy of up to 30 years +

Firstly, let’s start with some really good news! Solar panels have a guaranteed life-expectancy of over 25 years, which means that panels that are fitted now are expected to last up to 30 years with only a small drop in efficiency. Just give them a clean once or twice a year and they should serve you well. But when the time does come for a replacement of solar panels, or if you have inherited an older system that is likely to need replacement at some point don’t fret because the infrastructure is now in place to recycle the panels effectively.

Manufacturers predict a maximum 20 per cent loss in efficiency over the life of the solar panels. This is suggested to be up to 10 per cent over the first 10 years reaching 20 per cent by 25 years. This is guaranteed by the majority of manufacturers.

In reality, the drop in efficiency is actually much lower at only  6 to 8 per cent after 25 years. The manufacturers guarantee is 25 years but the actual life-span of the solar panels is potentially much longer, perhaps even reaching 30 to 40 years.

Disposal of solar panels

When the time does come to dispose of solar panels the manufacturers are bound by law to fulfil specific legal requirements and recycling standards in order to make sure that solar panels do not become a burden to the environment. And technologies to recycle solar panels are developing rapidly. Solar panel producers, working with governmental institutions, have come up with ways to tackle solar waste.

So, how can solar panels be recycled?

It is predicted that if recycling processes were not put in place, there would be 60 million tons of PV panels waste lying in landfills by the year 2050. This obviously requires a coordinated effort from manufacturers and governments to sign post a process that works well and is mutually beneficial. But most of the solar panel and associated batteries are recyclable.

Recycling processes for photovoltaic panels

There are two main types of solar panels, requiring different recycling approaches. Both types—silicon based and thin-film based—can be recycled using distinct industrial processes. Currently, silicon based panels are more common, though that does not mean that there would not be great value in the materials of thin-film based cells. Research suggests that a 96% recycling efficiency can be reached, but the aim of the industry is to continue to improve this figure.

Silicon based solar PV panel recycling

Silicon based PV panels require normal flat glass treatment and no special removal of the semi-conductor layer.

  1. Remove cables, plug and semiconductor
  2. Separate aluminium and glass from the PV module
  3. Remove labels
  4. Reuse or recycle the EVA film and recover chemical elements such as cadmium and selenium
  5. Separate into fractions (EVA film, Aluminium, Wafer, Cable and plastic plug, Semiconductor, Glass)
  6. Recycle the glass fraction in a smelter
Solar panel recycling process components
Solar panel recycling process

The recycling process of silicon-based PV panels starts with disassembling the actual product to separate aluminium and glass parts. Almost all (95%) of the glass can be reused, while all external metal parts are used for re-molding cell frames. The remainder materials are treated at 500°C in a thermal processing unit in order to ease up the binding between the cell elements. Due to the extreme heat, the encapsulating plastic evaporates, leaving the silicon cells ready to be further processed. The supporting technology ensures that not even this plastic is wasted, therefore it is reused as a heat source for further thermal processing.

After the thermal treatment, the green hardware is physically separated. 80% of these can readily be reused, while the remainder is further refined. Silicon particles—called wafers—are etched away using acid. Broken wafers are melted to be used again for manufacturing new silicon modules, resulting in 85% recycling rate of the silicon material.

Thin-film based solar panel recycling

In comparison, thin-film based panels are processed more drastically. The first step is to put them in a shredder. Afterwards, a hammermill ensures that all particles are no larger than 4-5mm, which is the size where the lamination keeping the inside materials together breaks, and hence can be removed. Contrary to silicon-based PV panels, the remaining substance consists of both solid and liquid material. To separate these, a rotating screw is utilised, which basically keeps the solid parts rotating inside a tube, while the liquid drips into a container.

Liquids go through a precipitation and dewatering process to ensure purity. The resulting substance goes through metal processing to completely separate the different semiconductor materials. The latter step depends on the actual technology used when producing the panels; however, on average 95% of the semiconductor material is reused.

Solid matters are contaminated with so-called interlayer materials, which are lighter in mass and can be removed through a vibrating surface. Finally, the material goes through rinsing. What is left behind is pure glass, saving 90% of the glass elements for easy re-manufacturing.

UK companies are recycling solar panels
UK companies are recycling solar panels

The future benefits of solar waste management

A solar panel recycling infrastructure is developing to manage the large volumes of PV modules that will be disposed in near future.

Not only will Solar PV recycling create more green job opportunities but also approximately £11 billion in recoverable value by 2050. This influx will make it possible to produce 2 billion new panels without the need to invest in raw materials. This means that there will be the capacity of producing around 630 GW of energy just from reusing previously used materials.

Companies such as recyclesolar.co.uk , based in North Lincolnshire, offer a full collection and recycling service serving the whole of the UK and Ireland. They collect panels, inverters and batteries too for recycling. They can decommission, dismantle and recycle.

Thanks to constant solar equipment price drops of up to 80% in recent years, more and more households and businesses are choosing to invest in solar power systems. As a result, even more economic opportunities in the solar cell recycling sector will emerge.

5 reasons to love solar power

Increasingly, we are getting enquiries from customers who are looking intelligently and holistically at their home heating, hot water and power consumption. They want control, they want security, they want the best value long term and they know that the way that we use and consume energy has to change. Here are 5 reasons to love solar power and why installing it has never made more sense…

1. Solar is the cheapest form of energy

As consumers we are increasingly concerned about the source of electricity for homes and businesses. It is an economic and a geo political concern. So, having dithered a little in recent years about the benefits of renewable energy, and dipped a toe in the renewable pond for the benefit of the FIT (Feed-in Tariff), the recent shift has led to a serious rethink about the way we consume and create power. Cheaper, cleaner electricity is better electricity, and solar energy is the cheapest way to create electricity.

The solar energy industry is going to continue to expand in the forthcoming years. In the UK. According to the UK government’s 2020 report, there were roughly 970,000 UK homes with solar panel installations. This means only 3.3% of the 29 million homes in the UK were generating electricity from solar panels – that’s a huge number that could still benefit form a solar installation.

So much room for growth in the UK

2. The technology has never been more affordable

Unlike electricity and gas prices, the price of solar technology and now battery storage has actually come down in price significantly. Added to this is the zero rate of VAT on solar that was introduced in the UK, with effect from 1 April 2022 until 31 March 2027. That’s 0% VAT on supply and installation of solar panels for homes and businesses for the next 5 years.

Due to the increase in demand, and the advancement in the technology, Solar PV prices have dropped globally by 82% and are continuing to fall. That means Solar has never been more affordable and accessible.

The Solar industry has come a long way and battery storage solutions now mean you can store the energy produced by your Solar panels during the day, to be used whenever your home demands it. This revolutionary technology, means you can essentially live off-grid, and be completely energy independent.

What’s more, with companies like myenergi creating clever kit that allows power to be diverted in the home from solar to car charging, water heating and power use the control is now in consumers hands.

3. Utility bills aren’t getting any lower

A solar energy system opens the door for electricity independence, rather than an ongoing monthly expense. After your purchase, every kWh of solar energy, that you can make use of, produced by the system is yours free of charge. In addition to onsite clean energy production, solar panels also help protect against time of use tariffs.

Bills are getting more expensive

With this in mind, it almost always makes sense to “own” your electricity production. Individuals can all view solar installations as a wise investment for long-term clean energy production. There is no doubt that utility companies are looking to renewable sources for some of their production but they are still in control of pricing and supply.

Some companies, such as Octopus Energy, are offering up to 7.5p per kWh on the SEG (Smart Export Guarantee) but the real benefit now in solar is how we use the maximum amount of the energy that we produce effectively.

4. The most abundant source of energy is the sun

It shows up every day and it’s not going away! Unlike fossil fuels, which we know are finite the sun is the ultimate, most awesome, never ending ball of energy – the energy is there, we just need to harness it. And we have a way to do it! That’s a result.

Solar power is a renewable and infinite energy source – as long as the sun continues to shine then energy will be released.

An infinite power source

5. Using solar power reduces your carbon footprint

Another clean energy positive for solar power is that, unlike the burning of fossil fuels, the conversion of sunlight into power creates no harmful greenhouse gases.

The carbon footprint of solar panels is already quite small, as they last for 25 years plus with no loss in efficiency – just give them a clean annually and they should continue to work their magic. And the materials used in the panels are increasingly recycled, so the carbon footprint will continue to shrink.

So there you have it, just 5 of the many reasons to love solar!

Can I add batteries to existing solar?

Do you have an existing solar array and are you wondering if you can add a battery to make the most of the sun’s power but when you need it most? Keep reading for help and advice on whether it’s worth adding battery power to your solar system. So, can I add batteries to existing solar?

If you have had a solar system fitted in the last three years then you are definitely going to be thinking about battery storage, if you haven’t already. That’s because the Feed in Tariff (FIT) that existed until March 31st 2019 has since been replaced with the Smart Export Guarantee (SEG) and this new form of payment seems to only be smart for the power companies themselves! They have to offer customers who feed into the grid above 0.00 pence per kWh – so generous! So compared to the old system of relatively generous financial reward, that would help pay off your solar installation, or make it worth while for companies to ‘rent a roof’, the benefit now is in using your energy and storing it for evening and weekend use.

What about the Feed-In Tariff?

If you still have access to the FIT you may be happy with the service and kick back but you are still likely to be paying way more for the additional energy that you use than the energy that you export. Did you know that you can continue to export an to the grid and store excess energy for your own use? So why not just keep it? Store it. Use it. You can store it in batteries, heat batteries and in hot water as a thermal store. You can languish in a long hot bath with the abundance of hot water that you produce with some careful power management.

thinking hot water supply solar leaping hare electrical & renewables
Turn solar into hot water

You can also add more solar panels and battery storage even if you are already receiving the benefits off the FIT.

Smart Export Guarantee

Octopus Energy led the way with their own version of the SEG called outgoingOctopus very quickly after the FIT tariffs came to and end and before the SEG came in in 2020. In the 9 months in-between there was no obligation for the energy companies to pay customers anything for their exports.

Their outgoingOctopus deal features dynamic pricing, paying you at different rates every half an hour based on the wholesale price of energy at that time of day. If you have a regular consumption tariff with them, they’ll credit you for your ‘exported’ energy on your energy statements, right alongside the energy you are ‘importing’ – not on a separate statement.

They offer two Outgoing tariffs – Fixed or Agile. Outgoing Fixed guarantees 7.5p per kWh for every unit you export. Outgoing Agile matches your half-hourly prices with day-ahead wholesale rates, helping you make the most of the energy you generate. You’ll need a smart meter installed and the switch over should take about 14 days.

Octopus are doing what all good energy companies should, by alerting their customers when the prices are low they can enable their customers to make the most of cheap energy. This means that, when their ids more energy being generated (from wind for example) you could make sure the car is charged, fill up the batteries, heat the water and get the washing machine on!

It’s worth noting that you can’t receive both the FIT and the SEG but you can switch to the SEG if the supplier is offering a better deal.

The best of both worlds

As with the FIT, you can still benefit from solar battery storage and use the the SEG. You really can have the best of both worlds!

Harness as much of the sun’s power as you can and use it – it’s free!

Charging an electric car

my energi leaping hare electrical & renewables
myenergi make it smart

If you have or are thinking about getting an electric car then you have a battery! Making the most of the sun’s energy to fill up the car battery is a no brainer. But has your solar been set up to make the most of the solar array? myenergi developed the eddi and then the zappi specifically to harness and divert the sun’s energi. Since then other manufacturers have followed suit offering ‘smart’ car chargers. If you are thinking of adding a car charger then carefully considering how it uses the energy and balances the energy use of the home.

The average electric car battery is 40kWh, with some batteries having up to 100kWh. Your Electric Vehicle can soak up all of that solar power if you are able to charge it during the day. But if you are our during the day and you need to charge it at night then installing solar batteries is the obvious solution. The batteries charge up during the day and then that power is transferred into the car over night. You are going to need a decent amount of battery back up to pair the battery power of your car. The Alpha ESS Smile B3 offers a 2.9kWh – 17.4kWh as a modular system.

alpha ess battery solar rental cottage leaping hare electrical & renewables
Alpha ESS SMILE B3 is modular

So, can I add batteries to existing solar?

Whatever set up you have it now needs to be smart and the various elements need to work together holistically, and with the grid to provide you with the best value from the investment in renewable technologies. What we all need to do is to think our energy use differently, to be aware of the companies that are acting cleverly, the tariffs that benefit us the most and design systems in our homes and businesses that intelligently make us as energy secure as possible.

We need to store our energy during the day and to make it available for use later in the day. We need to use the power of the sun to charge our vehicles, to heat our water, to wash our clothes. And when the sun goes down we need to maximise the power potential through battery storage. So, if you have solar you can and should benefit from battery storage in fact you’d be crazy not to!

Heat batteries rock!

One of the key challenges that the transition to low carbon heat poses is how we store heat. We will have more electricity available at times of high renewable generation and less on a calm, cloudy day for example. Smoothing out these peaks and troughs in supply and demand is important – reducing the need for more power stations and infrastructure – and making sure we have heat when we need it. And that’s where heat batteries rock!

thinking hot water supply solar leaping hare electrical & renewables
Hot water that doesn’t cost the earth

Thermal batteries store heat for hot water

Thermal batteries can help store heat for hot water or heating systems much more efficiently and using renewable sources. Scottish company Sunamp has developed a compact thermal battery, which is smaller than a hot water tank. Sunamp’s compact thermal stores are designed to have a lifespan of up to 50 years. The product range includes the world’s most compact and most energy efficient alternative to hot water cylinders and storage water heaters.

Connected to renewable energy sources such as solar, wind turbines or heat pumps, Sunamp heat batteries support net zero heating and hot water, using less energy than other forms of thermal storage, and taking up a fraction of the space.

The space saving benefits make the heat battery a welcome addition to a low carbon plan. They are just one of the technologies that we install for our customers as part of a holistic approach to energy use in homes and businesses.

Benefits of Sunamp’s heat battery

  • Space-saving: up to 4 times smaller than hot water cylinder it replaces
  • Enables heat pump systems to be installed where otherwise they wouldn’t fit
  • Lower heat losses: up to 4 times higher energy efficiency
  • High flow rate hot water
  • Instantaneously heated for hygiene and freshness
  • Fast and easy to install: no tundish, no discharge pipework, no T&P safety valve to maintain
  • No mandatory annual maintenance
  • Market-leading 10-year warranty on the heating element

And that’s why heat batteries rock!

Home Owners – Whether you’re planning to improve your existing property or embarking on a new self-build home project, Sunamp’s eco-friendly, safe, efficient and compact heat batteries will integrate perfectly with your preferred heating controls to deliver cascades of hot water to your dream home.

Developers – Incorporate a renewable energy system into your housing projects with Sunamp heat batteries, to deliver environmental benefits, save space and improve cost efficiencies. Sunamp’s bespoke design can be tailored to meet your exact size requirements, and additional storage can easily be added further down the line.

Social Housing Projects Replace gas boilers and hot water cylinders, cut carbon emissions and tackle fuel poverty by introducing Sunamp thermal batteries into new and existing housing stock. Tried and tested, and already providing hot water in thousands of homes around the UK, Sunamp heat batteries require little or no maintenance, are easy to install, carry no risk of legionella and work with a wide choice of energy sources.

developer- landlord leaping hare electrical & renewables
New build developments can benefit from heat battery technologies

We know that our customers want to save money, reduce their carbon footprint and have greater control of their power use. With energy prices expected to continue rising, and selling power back to the grid no longer being of great benefit, it makes sense that families & businesses are increasingly looking to generate and store their own green energy through solar PV, storage and EV charging points.

We provide every element of the service from advice, quotations, ordering and installation – offering a complete and local service to our customers.

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Electrical safety for holiday lets

Electrical safety in any home is vital, and electrical safety for holiday lets is even more important. You have a duty of care to ensure that all electrical appliances, circuits and fixed installations within your property are safe and compliant with current regulations. By making sure that your holiday let property complies with electrical safety regulations, you’re protecting yourself from potential liability.

Your guide to electrical safety for holiday lets starts here!

This blog outlines electrical safety for holiday lets requirements, including what they are and how to know if your holiday let is compliant with safety standards. We hope it will give you clear guidance and peace of mind.

Electrical safety for holiday lets. 
Ensure that guests are given operating instructions for all equipment in your holiday home.
Ensure that guests are given operating instructions for all equipment in your holiday home

So, what are the electrical safety regulations for holiday lets?

Holiday let landlords have a duty to regularly carry out safety checks to ensure that the electrical appliances and fittings within the property are safe and in good working order. In addition to regular visual checks, appliances and electrics should checked and serviced regularly by a registered electrician.

You should also ensure that guests are given operating instructions for all equipment in the holiday home.

An Electrical Installation Condition Reports (EICR) proves electrical safety for holiday lets

New regulations for all private rental landlords on electrical safety for property letting came into force on 1st June 2020. All privately rented properties must now have a valid EICR (Electrical Installation Condition Report) in place by 1st April 2021. Whilst this new legislation does not currently include holiday homes, this serves as an important reminder that as a holiday let owner you are required by law to ensure that all electrical appliances, circuits and fixed installations within your holiday let are safe and are not hazardous to your guests.

All holiday let owners are expected to have a valid Electrical Installation Condition Report (EICR) in place. Whilst the EICR report itself is not yet a legal requirement for holiday homes, you are legally obliged to ensure the safety and upkeep of the equipment provided, so having a qualified electrician carry out an EICR report is the best way to ensure that you are protected from liability and that your guests are safe.

Holiday lets should be inspected at least every 5 years

What is an Electrical Installation Condition Report?

An EICR is a documented account produced by a qualified and competent electrician, as part of a detailed inspection of the quality of the fixed and permanently connected electrical installations in a property. This will identify if there are any hazardous faults, defects and electrical safety problems in a home.

An EICR will assess the ‘fixed’ electrical parts of the property, like the wiring, plug sockets, light fittings and consumer unit. This will include permanently connected equipment such as showers and extractors, and fixed appliances.

During the inspection, your chosen electrician will check the condition of your electrical installations against the BS 7671 IET Wiring Regulations (the UK standard for the safety of electrical installations) – think of it like an MOT for your home’s electrics.

Following the inspection, your chosen electrician will report on any electrical works that need to be carried out in order to maintain guest safety and prevent property damage. These will be categorised into priority actions, which can help property owners decide what problem areas need rectifying first, should any issues arise.

The benefit of having an EICR is that holiday home owners will have an official certificate from a qualified professional, which they can show to tenants or their local authorities if any electrical issues arise.

Although there are currently no government regulations published for holiday let owners, the government’s guide on electrical safety standards for landlords in the private sector is relevant, and further details the content of the EICR inspection.

Electrical safety for holiday lets. EICR - think of it like an MOT for your home’s electrics
EICR – think of it like an MOT for your home’s electrics

What is the cost of an EICR certificate?

The cost of an EICR certificate will vary. Things like the size and age of a property are the main determining factors of the price of a report. Generally, a two-to-three-bedroom house will cost around £250. Although the charging may be done per circuit. The price may rise for larger homes, or older properties that may have outdated wiring which will require longer checks.

Property owners will also need to factor in the cost of any remedial work required for areas that may fail the test.

How often do I need to have an electrical safety test?

As with any home, holiday properties will be subject to wear and tear, and electrical installations are bound to deteriorate with age and regular use.

It is recommended that electrical safety tests are conducted at least every five years, but the frequency of inspection and testing depends upon the type of equipment and the environment it is used in. When an electrician carries our your EICR, they may advise that your property needs to be inspected more frequently, depending on its installations, age and use.

PAT testing for holiday lets

Holiday let owners have a duty of care and are required by law to ensure that all electrical appliances within the property are safe for use. As your duty of care applies to both installed and portable electrical appliances, you should also undertake regular Portable Appliance Testing (PAT).

PAT testing is the examination of electrical appliances, checking them for safety from potential defects and hazards, through a series of visual inspections and electronic tests. This applies to electrical equipment in your holiday home such as toasters, kettles, televisions or hair driers.

While there is no specification as to how often, it’s best practice to have a qualified and competent person conduct and record PAT testing on an annual basis. To show you have taken the relevant precautions to keep your home safe, ensure that there is a clear record of when the test was carried out.

Electrical safety for holiday lets – additional advice

Here are some pointers for improving electrical safety in your holiday home:

  • Conduct visual inspections of your appliances, checking for obvious warning signs like damaged cables, scorch marks, flickering lights and hot plugs. Always consult an electrician if you are unsure.
  • Provide easy to understand operating details for all electrical appliance and facilities in your guest information. It is also worth providing guests with emergency contact details in the event of unforeseen issues or emergencies.

Electrical safety for holiday lets. Let us give you peace of mind
Let us give you peace of mind

Leaping Hare Electrical & Renewables can provide you with all the support you need to ensure that your holiday let or rental is fully compliant and that you have peace of mind. We can undertake an EICR and PAT test whilst on site, providing you with a report that puts your mind at rest. Should any remedial works be required, we will quote and you are free to use us or get alternative quotations from other registered electrical contractors.

Buying an electric vehicle?

Fully electric cars or BEVs (Battery Electric Vehicles) are undoubtedly on the rise on the UK’s roads. However, when the revised date of the cut off in the UK for the production of petrol and diesel cars was announced last year no one quite foresaw the further pressure of fuel price that would be caused by global conflict. But is it now time to buy an electric vehicle?

Time to rethink fuel and energy

Along with rethinking the way we manage power in our homes, we need to reconsider the way we power our vehicles. For many of us an electric vehicle with a solar PV array could be a future proof solution, filling the car up for free with sunshine and potentially off-setting some of the costs of purchasing an electric vehicle in the first place.

So, is it time to buy an electric vehicle?

Tesla Model X Range 351 miles

Should your next car be electric? The trade in used electric vehicles is now taking off; in the first quarter of the year, sales more than doubled from last year, with 14,586 fully electric used cars changing hands. Of course the older the model the more issues it might have and the shorter the potential range.

Range is improving for electric vehicles

Range is definitely improving and the list of cars that have a decent range is growing all the time. Whilst the top range comes with a luxury price tag, we are thinking of the Lucid and Tesla, there are more affordable BEVs on the market. Lots of manufacturers are now offering mileage range of above 200 miles for under £35,000.

Availability of electric vehicles

Getting your hands on one might be the issue, with waiting list of 12 months for some EVs due to the global semiconductor shortage. The chief executive of Volkswagen, recently announced that the company had “sold out” of fully electric cars in Europe and the United States, so new customers will have to wait until 2023. It is not suprising though as the VW range is looking really good and performing well. The recent unveiling of the ID Buzz and ID Buzz Cargo, could revolutionise the leisure and work vehicle sector. Sustainability is a clear strategic goal too from VW, with a focus on recycled materials in the construction of the ID Buzz.

VW ID BUZZ reimagines the leisure & work vehicle

Are electric vehicles suitable for towing?

Until recently, many battery-powered models just weren’t rated to tow, their short ranges being rendered almost useless by the efforts of hauling a heavy load and their already hefty kerb weights resulting in a towing limit – so low as to be virtually useless. However, improvements in battery and motor technology have meant that adding a tow bar is no longer an issue, with some even matching traditional petrol and diesel machines for pulling power.

Whatever you need from a vehicle, there is no doubt that rising petrol and diesel prices, combined with soaring energy costs for homes and businesses, mean consider an electric vehicle combined with a solar PV system now really makes good sense. Imagine rather than filling up for £100+ at the pump, you could power your vehicle on sunshine alone! Not at home when the sun is shining? Add battery storage to transfer energy to your vehicle in the evening. Et Voila, we’re driving on sunshine!

We provide every element of the service from advice, quotations, ordering and installation – offering a complete and local service to our customers.

We know that our customers want to save money, reduce their carbon footprint and have greater control of their power use. With energy prices expected to continue rising, and selling power back to the grid no longer being of great benefit, it makes sense that families & businesses are increasingly looking to generate and store their own green energy through solar PV, battery storage and EV charging points for electric vehicles.

The future of solar

The switch to solar has never made more sense. We need to continue changing how we produce energy but we also need to change how we consume it.

Growth of solar

Solar deployment is growing rapidly and becoming an increasingly important source of clean energy worldwide. The future of solar is bright and solar panel installations continue to be a viable route to net zero. By 2030, the UK will need to treble the capacity of electricity coming from solar to keep on track with delivering net zero by 2050. Every viable roof is an untapped resource that can help lead us to greater energy security in our homes and businesses.

Solar benefits

The benefit of solar was previously in the returns from the Feed in Tariffs (FIT) and the shift to Smart Export Guarantee does not yield the same benefits. However, with the cost of energy sharply rising and the move to electric vehicles in full swing, the switch to solar has actually never made more sense. Rather than exporting to the grid, we now need to think about how we can use the energy that is generated by a solar PV installation and the obvious direction is of course battery storage. Batteries are now much better, much smaller and much cheaper and help to store the green energy created during the day for household or business use in the evenings and at night. Modular systems also allow storage to grow overtime with continued investment.

A new approach to energy

white and orange gasoline nozzle

Our working practices have also changed and this means far more of us are at home during the day, benefitting from the solar energy generated. What is more an electric vehicle can be treated as the solar battery if one is at home during daylight hours. Imagine charging your car for free from the sun’s energy!

Similarly, power diverters, such as the eddi by my energi, send power to heat hot water, heat pumps, underfloor heating and heat batteries. Power diverters can cleverly load balance the house and the grid. We don’t just need to change how we produce energy but also how we consume it with the shift to being prosumers, not just consumers of energy.

By design with Leaping Hare Electrical & Renewables

A well designed and carefully considered system will maximise the power potential of your home, helping you to make the most of renewable energy to support your specific lifestyle and growing requirements to live more sustainably and securely. Let us help you get there…

We provide every element of the service from advice, quotations, ordering and installation – offering a complete and local service to our customers.

We know that our customers want to save money, reduce their carbon footprint and have greater control of their power use. With energy prices expected to continue rising, and selling power back to the grid no longer being of great benefit, it makes sense that families & businesses are increasingly looking to generate and store their own green energy through solar PV, battery storage and EV charging points for electric vehicles.

Solar panel battery storage

Solar panel battery storage – what’s changed?

Things have changed in recent years: electric vehicles are becoming common place, many more of us now work from home, the recent energy crisis has seen prices rise steeply and the ‘Feed in Tariffs’ of the past no longer exist. All of these factors have had a direct impact on the way we view energy consumption in homes and businesses. Solar is an essential step in improving our energy security and adding solar battery storage now just makes sense. So, let’s talk about solar panel battery storage and if it’s right for your home or business.

Battery storage – maximise green energy use

Whether you have solar PV panels, or are planning to install them, then using home batteries to store electricity you’ve generated will help you to maximise the amount of renewable energy you use. Home-energy storage will also reduce the electricity you use from the grid, and cut your bill. If your home is off-grid, it can help to reduce your use of fossil fuel back-up generators. In the near future, time-of-use tariffs will let you store up electricity while it’s cheap (overnight, for example) so you can use it during peak times. A few energy companies have launched these already.

Battery storage – factor in replacement costs

Most batteries come with a 10-year warranty. They require little maintenance, so the main cost is the initial installation. If you install it with solar PV, which can last 25 years or more, you should factor in the cost of replacing the battery. If you have an electric vehicle, being able to store cheap electricity to charge it could help to cut your costs.

Hybrid Solar System (American)

We know that our customers want to save money, reduce their carbon footprint and have greater control of their power use. With energy prices expected to continue rising, and selling power back to the grid no longer being of great benefit, it makes sense that families & businesses are increasingly looking to generate and store their own green energy through solar PV, battery storage and EV charging points for electric vehicles.

We provide every element of the service from advice, quotations, ordering and installation – offering a complete and local service to our customers.

Future proof solutions

Want to future proof your home and lower your bills? Energy efficient solutions are here to make your home or business greener, cheaper and more energy secure.

Innovation in energy efficient solutions

Great new energy efficient solutions are now on the market. myenergi, as a company, started with the idea of diverting energy from domestic solar panels or wind turbines to hot water tanks to reduce energy consumption. Then with the idea that they could do the same with electric vehicle charging, and the realisation that the technology did not yet exist, the eddi and the zappi were born. The key to their success is the thoughtful and holistic approach that they have taken to ensure that the technology is future proof and really does reduce the money people spend on energy. Energy efficient solutions that really are future proof!

Understanding the eddi by myenergi – Fully Charged+

The company has seen extraordinary growth and this is undoubtedly linked to the amazing functionality of their products and their sustainable approach. my energi products look to load balance both the home and the grid, ensuring that their truly smart charger considers the overall functionality of your home. You don’t have to have a renewable source for a zappi to work but, if you do, you will benefit from the green energy it produces – which can be diverted into your car charging, your hot water or your household battery. The thought and development that has gone into the zappi, along with the eddi, future proofs your home and protects your main fuse by carefully and instinctively balancing the power requirements of your home.

zappi – my energi’s solar compatible car charger

Solutions from Leaping Hare Electrical & Renewables

Leaping Hare Electrical & Renewables take an holistic approach when looking to install electric vehicle chargers, household solar PV panel systems and battery storage. We want to know how you use energy in your home, what your requirements are and what you hope to achieve by installing renewable technologies so that we can design a system that meets your needs. We will help you to reduce your energy bills, reduce your energy consumption and increase your energy security. Providing energy efficient solutions that are future proof.

We know that our customers want to save money, reduce their carbon footprint and have greater control of their power use. With energy prices expected to continue rising, and selling power back to the grid no longer being of great benefit, it makes sense that families & businesses are increasingly looking to generate and store their own green energy.

We provide every element of the service from advice, quotations, ordering and installation – offering a complete and local service to our customers. As electrical contractors, we take an holistic view of your energy needs and offer sensible solutions tailored to your specific requirements.

We offer advice on EV Charging, Solar PV Installation, Battery Storage & Power Management