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Solar Panel Installers Gillingham At
Green Clean Renewable
If you are considering green, clean renewable solar energy, contact us today for questions answered, more information and your free quotation.
Our knowledgeable and friendly solar energy team are waiting for your call.
Solar PV (Photovoltaic) Installation
Reducing carbon emissions while lowering your energy bills
Solar Battery Storage System
Store your excess energy for later use. Buy less from the grid
Electric Car Home Charger Installation
A dedicated EV home charging point.
Solar Panel Installers Ltd. employ their installation experts. We do not sub-contract.
You, the customer need to know that from your initial enquiry through to the commissioning of your system, one company has been with you throughout.
We have total control over our business.
How Does A Solar Panel System Reduce Your Electricity Bill?
Here’s a more detailed explanation of
Photons in sunlight knock electrons loose from the atoms in the photovoltaic cells, generating a flow of electricity.
The photovoltaic cells are made up of layers of semiconductor materials, usually silicon. When sunlight hits the cell, it creates an electric field across the layers.
The electric field causes the electrons to flow, creating a current. Metal conductive plates on the top and bottom of the cell collect the current and direct it through wires to the inverter.
The inverter converts the DC electricity produced by the solar panel into AC electricity, which is the type of electricity used in homes and businesses.
The AC electricity is then sent to a breaker panel, where it is distributed to the electrical devices in your home or business. Any excess electricity can be sent back to the grid if you are connected to one.
Overall, solar panels use the energy from the sun to produce electricity, which can be used to power your home or business and reduce your reliance on fossil fuels.
A solar inverter, also known as a photovoltaic (PV) inverter, converts the direct current (DC) electricity produced by solar panels into alternating current (AC) electricity, which is the type of electricity that is used in most homes and businesses.
Here is how it works:
- The solar panels on the roof of a home or building capture sunlight and convert it into DC electricity.
- The DC electricity is then sent to the solar inverter, which is typically mounted on a suitable wall or in a loft space, maybe in a utility room.
- The inverter converts the DC electricity into AC electricity, which is compatible with the electrical grid and can be used to power appliances and devices in the home or building.
- The AC electricity is then sent to the main electrical panel, also known as the breaker box or fuse box, where it can be distributed to different circuits and outlets throughout the home or building.
Some solar inverters are designed to work with a single solar panel or a small array of panels, while others are designed to work with larger solar systems that have many panels. There are several different types of solar inverters available, including string inverters, microinverters, and central inverters. Each type has its own unique features and benefits, and the best choice for a particular installation will depend on the specific needs and requirements of the system.
As opposed to a “traditional” inverter, micro – inverters are devices that convert direct current (DC) electricity, which is produced by solar panels, into alternating current (AC) electricity, which is the type of electricity that is used in homes and businesses. They are typically installed in photovoltaic (PV) systems to maximize the efficiency of the system and to allow each solar panel to operate independently.
Here’s how microinverters work:
- Solar panels generate DC electricity when they are exposed to sunlight.
- The DC electricity is sent to the microinverter, which is typically mounted on the back of the solar panel or on a nearby wall.
- The microinverter converts the DC electricity into AC electricity using an electronic circuit.
- The AC electricity is then sent to a distribution panel or an electrical load, such as an appliance or a light.
Microinverters have several benefits over traditional inverters, which are used in most PV systems. For example, microinverters allow each solar panel to operate independently, which can increase the overall efficiency of the system. They also allow for easier maintenance and troubleshooting, as each solar panel can be tested and monitored individually. In addition, microinverters are typically more reliable than traditional inverters, as they have fewer components and are less prone to failure
Solar storage batteries are used to store excess energy produced by solar panels so it can be used at a later time, such as when the sun is not shining or during a power outage.
Here’s how they work:
- Solar panels absorb sunlight and convert it into direct current (DC) electricity.
- The DC electricity is sent to a solar inverter, which converts it into alternating current (AC) electricity that can be used by household appliances.
- Any excess solar energy that is not used is sent to a solar storage battery.
- The battery stores the excess energy in the form of chemical energy. When the battery is full, it will stop accepting more energy.
- When the solar panels are not producing enough energy to meet the demand (e.g., at night or during a power outage), the battery will release the stored energy in the form of AC electricity.
- The released energy is then sent to the household’s electrical panel and distributed to appliances as needed.
Solar storage batteries come in a variety of sizes and types, including lead-acid, lithium-ion, and nickel-metal hydride. Each type has its own advantages and disadvantages, such as cost, lifespan, and efficiency.
Is A Solar Panel Installation Right For Me?
Solar Panel Installers [acf field=”city”]
invite you to click the link below which they consider to be an easy to understand and concise explanation of the energy situation in the UK as laid out by Liz Truss recently.
Having looked at that and in order for you to carry out your own due diligence regarding “is a Solar Panel Installation right for me?” all of our quotations include this very important and useful information listed below.
Solar Panel Installers [acf field=”city”] will ensure that any estimate of savings, periods of recovery (‘payback’) or other measures of financial effectiveness they provide to their potential customer’s are provided in writing and are based on the potential customer’s actual energy use and pattern of energy use. Any assumptions that have been made (for example, about future energy prices, interest rates or inflation) will be set out, clearly explained and attributed to a reputable source.
We look forward to helping you decide.
Do Solar Panels Save Money?
Solar panel companies
Solar panel companies/installers near me, Solar PV companies [acf field="city"], Solar panels [acf field="city"] or Solar panels near me – you've found us!
Are Solar Panels Worth Installing In The UK?
Solar panels can be a good investment in the UK, particularly if you have a south-facing roof that gets a good amount of sunlight.
Solar panels can reduce your electricity bills, increase the value of your home, and reduce your carbon footprint. However, it’s important to consider the upfront costs, as well as the long-term financial and environmental benefits.
The UK has a good solar resource, with most areas receiving at least 1,000 hours of sunshine per year but let’s not forget the solar irradiance (Solar irradiance is the power per unit area received from the Sun in the form of electromagnetic radiation in the wavelength range of the measuring instrument. Solar irradiance is measured in watts per square metre in SI units).
However, the amount of solar energy that you can generate will depend on the size and orientation of your roof, as well as the climate in your region.
It’s worth considering the upfront costs of installing solar panels, which can range from around £5,000 to £10,000+, depending on the size of your system and the installation costs. However, you can often offset some of these costs through financial incentives and by reducing your electricity bill.
To determine whether solar panels are a good investment for you, it’s important to consider your specific circumstances, including the size and orientation of your roof, your energy usage, and your budget. It may be helpful to get quotes from several different solar panel installers and to use an online calculator to estimate the potential financial returns from solar panels.
Overall, solar panels can be a worthwhile investment in the UK, but it is important to do your research and consider all of the relevant factors before making a decision.
Solar Panel Installers [acf field=”city”] can help you carry out your due diligence
Discover The Options For A Solar Panel Installation At Your Home In
There will be hundreds of solar panels and batteries installed in Gillingham, Kent today! A big well done to those folk! You’re saving a lot of money and better still, you’re in control of the future price increases that will hit household and commercial electricity bills.
If you’re living in Gillingham, Kent or elsewhere for that matter and considering installing solar panels, then contact us today and discover your options.
We’re friendly, knowledgeable and we’re told, competitively priced.
Important - Please Read
Solar Panel Installers [acf field="city"] are aware that all or some of the following questions are on your mind…
How do I choose the right solar panel and battery for my home? How many solar panels can I have on my roof? How many solar panels do I need to be self-sufficient? What’s the maximum number of solar panels allowed? What is the most common solar panel size? How much are solar panels?
When you contact us we’re going to ask you, “What do you want from your solar panels?”
This might feel like something you’ll find out once they’re installed, but it’s worth considering upfront. Solar Panel Installers Gillingham customer’s that we initially asked that question of, had some quite different motivations: wanting to charge their electric vehicle from solar panel electricity – a long-term investment and futureproofing against electricity price rises – trying to reduce their carbon footprint – wanting to be less reliant on grid electricity (and its price changes).
Whatever your motivation is for installing your own solar power system; when you contact us, you can rest assured that the design and implementation will not only suit your current usage but will, in most cases, be able to take care of your future usage. This will happen because we ask the important questions, sometimes the ones that you hadn’t thought about.
If You're Thinking Of Installing Solar Panels On Your Home In
…then we’d like you to know that the practise has been proven, tried and tested!
When was solar power discovered?
Solar energy was used by humans as early as the 7th century B.C., when humans used sunlight to light fires by reflecting the sun’s rays onto shiny objects. Later, in 3rd century B.C., the Greeks and Romans harnessed solar power with mirrors to light torches for religious ceremonies.
In 1839 and at the age of just 19, French physicist Edmond Becquerel discovered the photovoltaic (PV) effect while experimenting with a cell made of metal electrodes in a conducting solution. He noted that the cell produced more electricity when it was exposed to light – it was a photovoltaic cell.
In 1954 PV technology was born when Daryl Chapin, Calvin Fuller and Gerald Pearson developed the silicon PV cell at Bell Labs in 1954 – the first solar cell capable of absorbing and converting enough of the sun’s energy into power to run everyday electrical equipment.
Today satellites, spacecraft orbiting Earth, are powered by solar energy.
Call either our local or head office number on this page or alternatively pop your contact details into the form. If email suits you better then firstname.lastname@example.org will reach us.
Our friendly, knowledgeable and courteous solar estimators will answer your questions in plain English and email you a quote soon after. Do it know, don’t delay!
Which Are The Best Solar Panels?
How Many Panels Do I Need? How Much? Is A Solar Storage Battery Worth It?
Part Of My Roof Is Shaded
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Domestic energy prices - 2022
The following information is probably not news to you, however, we believe in the facts of a situation, the causes behind it and then the options that are available and more importantly, right for you. To us, life generally is all about options and the more of them that you have to consider or better still, at your disposal, will hopefully take you to the best place/situation for you and your loved ones.
Household energy bills are due to rise by
50% in April 2022 and are likely to rise again in July 2023. The following information looks at how prices have changed and why.
Wholesale energy prices increased rapidly in the second half of 2021. Many consumers were protected, at least initially, by the energy price cap. However, the price cap is due to increase by more than 50% in April 2022. There were further large jumps in wholesale prices after Russia invaded Ukraine.
Households in Northern Ireland and those who do not use gas or electricity to heat their homes are not protected by the price cap. Prices of heating oil have more than doubled in recent weeks.
Many observers predict that the price cap will increase further in October 2022, forecast increases vary from 30-50%. The price increases that consumers have already faced have led to concerns about the impact on vulnerable households, particularly those in fuel poverty, who might not be able to heat their homes properly.
There is no price cap on non-domestic energy so increases in business energy bills will feed through to higher consumer prices in general. There are also likely to be wider negative impacts on the economy, particularly if prices continue to increase. This update looks at data on trends and variations in domestic energy prices and the prospects for prices in the near future.
Trends in prices up to 2021
Gas prices were stable or falling for much of the period from 2013 to 2020. They increased towards the end of 2021. The average bill for the year was £575 compared with almost £700 in 2014.
Electricity prices increased for much of the last decade. Average bills were £760 in 2021 compared to £450 in 2020, a 36% real increase.
Average heating oil prices increased from just over 20 pence a litre at the start of the first lockdown to almost 60 pence a litre in mid-October 2021.
Prices in 2022 and beyond
The energy price cap increased by 12% in October 2021 and is due to increase by 54% in April 2022. The April increase is equivalent to £700 for ‘typical’ levels of dual fuel consumption paid by direct debit. The Government has announced support to help households with higher bills. This consists of a £150 Council Tax rebate in April 2022 for around 80% of households and a £200 upfront discount off of bills in October 2022 which will have to be repaid by customers through their energy bills over the following five years.
Higher wholesale prices, especially after Russia invaded Ukraine, have led some to speculate that the cap could increase by a further 30-50% in October 2022.
Crude oil prices jumped when Russia invaded Ukraine and continued to increase through early March. These increases quickly fed through to heating oil prices. Daily data shows that average UK prices increased from 67 pence per litre just before the invasion to 81 pence per litre at the end of February and a peak of 160 pence per litre on 10 March. Since then prices have fallen back somewhat, and were around 110 pence per litre on 20 March.
Components of a typical energy bill
- 54% wholesale costs of energy
- 19% network costs
- 10% operating costs
- 8% policy costs (levies to support low carbon generation, energy efficiency and vulnerable customers)
- 5% VAT
- 2% assumed suppliers (profit) margin
- 2% other costs
Components of a typical energy bill
Prior to the Ukraine crisis there was an increase in demand for oil and gas as economies around the world came out of lockdown. Supply did not generally keep pace with the higher demand for various reasons. Increased gas prices fed through to increased electricity prices.
Variations in energy prices
Customers who pay by direct debit have traditionally been offered the cheapest tariffs. The gap between payment methods has fallen over time, especially after 2017 when a price cap on prepayment meters was introduced.
There is relatively little difference in energy prices across the country. Combined gas and electricity bills for typical levels of consumption varied in 2021 from around £1,280in the East Midlands to £1,360 in Merseyside and North Wales.
Over much of the last decade smaller energy suppliers have tended to offer cheaper tariffs than the standard variable tariffs (SVTs) that are offered by large established companies. Wholesale price rises from summer 2021 has meant that most of these cheaper offers have been withdrawn.
In the first half of 2021 UK domestic gas prices were below those in most of the EU, while UK electricity prices were higher than in most of the EU.
Solar Panel Installers Near me!
Utility bills are starting to become a real concern for many homeowners. In many cases they are starting to cost you more than you budgeted for. Luckily, there are other sources of power that will help reduce the costs to live comfortably in this energy-hungry world without breaking the bank!
Solar energy has been on our radar for some time now as it becomes an increasingly popular option due to its efficiency and low maintenance requirements. The good news is that solar panel installations have become so much cheaper in recent years thanks to increased demand from consumers looking for cleaner energy options at their fingertips – something we all need these days when times get hard.
Finding the best solar panel installers can be a challenge, but you won’t need to search too long for a reputable and trustworthy solar panel installer in Gillingham, Kent.
We Are Solar Panel Installers In [acf field="city"]
If you are a homeowner looking to upgrade to other alternative energy sources in the Gillingham area, solar panel installers Gillingham have got you covered. Having the best products and systems to cater for your alternative energy requirements and help you avoid any mistakes along the way is how our company has grown. Our solar panel installers in Gillingham are experienced in providing recommendations to get the most out of your alternative energy source with the space that you have available.
The firm has many services based on renewable energies through the use of solar panel integrated technologies. Some of the services we will explore below include Solar PV installations and solar battery storage installation.
Before getting Gillingham solar panel installers to install the panels, you must understand as much as possible to make the right decisions. With years of specialisation operating within the UK, you are sure to receive the most professional installation services for any energy-saving installation you need in your home.
What’s Included With A Solar Panel Installers [acf field="city"] Installation?
PLEASE NOTE: Depending on your preferred components if known or the best solution for your requirements and optimum performance; we have access to all brands.
Take A look At The Video Below To See How Solar Panels Are Made
- Starting With The Sand! (Starts after 20 seconds.)
Solar Panels [acf field="city"] Kent.
Solar Battery Storage [acf field="city"]
Solar panel systems have been complemented by solar battery storage solutions, turning this technology into a significantly more efficient source of sustainable energy. That’s because solar batteries store excess (unused) energy generated by the solar system for later use. It is when daylight hours have disappeared or on cloudy days or during power blackouts that solar battery storage solutions come in handy to power your home/office.
As long as your power demands don’t exceed the supply your battery can provide, you will be able to run your home on renewable energy around the clock. In addition to lowering your energy costs, a solar panel battery allows you to become independent from the national grid, thus ensuring energy security for your household. You can even earn money selling the extra stored energy to the grid.
All these benefits seem enticing, but you’re probably wondering how much this cost you. Well, the cost of a solar battery storage system ranges from £1,200 to £6,000, depending on the type of the battery and brand, as well as its capacity, chemical composite, and lifespan. Another important factor to consider when choosing a solar battery storage system is the Depth of Discharge (DoD), which is how much you can use the battery before needing to recharge. Lithium-ion solar batteries are a popular choice for being cost-effective, compact, and with more capacity. Alternatively, you can go for AC or DC batteries
Solar Assisted Heat Pump [acf field="city"]
A Solar Assisted Heat Pump has only:
*A reciprocating compressor and an externally sited aluminium roll bond heat exchanger (evaporator)
In addition to extracting heat from the outside air, Solar Assisted Heat Pumps also receive efficiency uplifts from solar irradiance on the externally sited and exposed, large surface area of the aluminium roll bond heat exchanger panel when the UV rays are hitting it.
In summary, Solar Assisted Heat Pumps share the same basic principles of operation as an Air Source Heat Pump but they also utilise passive convection (wind) rather than forced convection, so they do not require fans, they heat the water directly, therefore do not require pumps, plate heat exchangers or motorised valves and so they have fewer moving parts, fewer maintenance actions, lower electrical consumption, lower noise levels AND they utilise solar irradiance.
Contact us today for a FREE quotation without obligation. Start generating your hot water 24/7 – yes, even when it’s dark!
Solar Panel Installers [acf field="city"]
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Solar Panel Installers UK
Some Solar Panel Installation Frequently Asked Questions:
Getting Solar Panels installed is a great way for your home to become greener. Solar Panels are made up of Photovoltaic (PV) cells, which absorb photons and packets of energy from the sun to generate electricity through the Photovoltaic effect. Powering your home through Solar energy is a great green energy solution, that will reduce both your carbon footprint and energy bills.
The popular Feed-in Tariff (FIT), was a government incentive launched in 2010. Closing in 2019, the FIT covered the same five renewable energies: Solar PV, Wind, Micro (CHP), Hydro, and AD. Unlike SEG, the FIT includes both a generation tariff and an export tariff. Whereas the Feed-in Tariff (FIT) provides payment for both the electricity you generate and the electricity you export to the grid, the SEG only pays you for the energy you don’t use. Making going green, is less of a reward.
FIT export payments were set up by the government and were paid based on an estimate. On the contrary, SEG tariff rates are determined by the energy supplier and are based on your smart meter or export meter readings. Unlike some SEG tariffs, FIT rates are fixed.
The feed-in tariff (FIT) pays around 80,000 homes across the UK, for generating renewable electricity through systems such as Solar PV. According to the Energy Saving Trust, the average home can earn £150 per year, on top of their energy savings via the FIT scheme.
Although there are no current grants in the UK for Solar Panels in the traditional sense, there are incentives. Currently, the only scheme open for new applications is known as the Smart Export Guarantee. The Smart Export Guarantee came into effect on the 1st of January 2020 and allows all homeowners with Solar Panels installed (up to 5MW capacity), to receive payment for selling surplus energy back to the grid.
From April 2022 until 2027, The government is currently charging 0% VAT on Solar Installations for Homeowners. This does not apply to battery-only installations
South-facing rooftops, benefit the most from a solar panel installation, as they are exposed to sunlight for the longest period of time. They also see the sun when it’s at its highest intensity, meaning that a south-facing roof will generate the most solar energy. However, this doesn’t mean if your roof faces another direction you still wouldn’t benefit from having solar panels installed. East and west-facing roofs are also suitable for solar panels and will still see a good deal of green energy generation throughout the course of the East or West facing installations only tend to lose around 15% of generation. It is only North-facing roofs that are completely not recommended. This also doesn’t mean you can’t install a PV system if you have a flat roof. In fact, flat roofs are often ideal as they allow for a more flexible design. This is because installers can use mounts to angle the Solar Panels so that they are at the optimal angle. If in doubt, just get in touch and our design team can carry out a remote survey on your roof.
Believe it or not, not everyone’s home or business is suitable for Solar. Your suitability for Solar Panels depends on four factors:
- Your current electricity consumption.
- The Pitch, Orientation, and Space are available on your roof.
- If there is any shading.
- The radiance level of your location.
In most instances, Planning permission isn’t required when installing Solar Panels, as they are classified as “Permitted Developments” (PD). However, in order for Solar Panels to classify as PD they must meet the following requirements:
- The Solar Panels must not be installed above the highest point of the property (not including chimneys).
- They must be installed in a way that makes the least visual impact on the property and surrounding area.
- The Solar Panels must not protrude more than 200mm from the surface of your roof.
If your property is a listed building or located within a conversation area, it is likely that planning permission will be required. Please ask your Solar Panel Installers UK project manager if you are unsure.
Moncrystalline: Mono-crystalline Solar panels are seen as the more premium panel, due to their high efficiency and darker/black appearance. A Mono-crystalline solar panel is made up of single-crystal silicon, meaning that the electron can generate more electricity as they can flow more freely. As they have the highest purity of silicon they are more efficient, with a higher power output than polycrystalline panels.
Polycrystalline: Polycrystalline solar panels alternatively have lower efficiency, at a more affordable price point. The Solar Panels are made up of fragments of silicon crystal that have been melted together to make wafers and are most recognisable by their blue speckled finish.
No! Solar batteries can also be used independently of solar, to charge your home from the electricity you buy from the grid. By using a ‘time-of-use’ or agile tariff such as Agile Octopus, you can charge your batteries when the electricity rates are at their lowest, for example overnight, and then use that energy to power your home more affordably. This is particularly handy if you are looking to invest in an electric vehicle in the near future. However, to take advantage of this home energy solution, your home will require a smart meter.
The storage capacity your home will require is dependent on your current electricity usage. Power usage is measured in kilowatt-hours. Your monthly energy bill will indicate how many kilowatt-hours you spend on a monthly basis. To calculate the battery storage you require, Solar Panel Installers UK will take this value and from there will be able to calculate your energy needs.
Having a solar battery installed makes you more energy independent and reduces your reliance on the grid. However, the system is still grid-tied, as any surplus energy your battery storage cannot store will be sent back to the grid. All Solar systems installed by Solar Panel Installers UK , have the capability to work in EPS mode. This means when the grid fails, you will still have a supply of energy through your home battery storage.
Due to the modern slim profiles of solar batteries, they can easily be stored anywhere. Solar batteries are often stored in a garage, loft, utility room, cabinet, under the stairs, or even outside. Most homeowners choose to store their solar batteries somewhere neatly out of the way, however, there is also nothing stopping you from having them on display! To find out the exact dimensions of the solar battery of your choice, make sure you download the datasheet provided in this quote, there you will also be able to see if it is suitable for outdoor environments.
Having solar batteries installed alongside Solar Panels, allows you to make the most out of your generated green energy. With Solar Batteries, you can store any surplus solar energy that has been generated by your Solar Panels to use when your home later demands it. This ensures that the majority of your generated power is being used within your home, instead of being sent back to the grid. Therefore, capitalising on your green investment, as well as reducing your energy bills further. Having a home energy storage means you are less reliant on the grid and more energy independent.
A Smart EV Charger is simply a charging point that can be connected to the internet. When you plug in your EV into a Smart Charger you are essentially sharing data, that allows you to optimise your car charging. Smart Charging means that you can communicate with your electric vehicle and charging operator remotely. This allows you to update your firmware, choose when you want to charge, utilise the time of use and economy tariffs, and renewable energy sources. By having your Electric Vehicle charging connected to the internet you are in control of how much you are drawing from the National Grid and when. All at the touch of your phone.
EV charging can be categorised into three different levels. Level 1, Level 2, and Level 3. These levels represent the charging speed of an EV charger, where Level 1 is the slowest and Level 3 is the fastest. Each level has designated connector types that are designed for managing AC or DC charging.
Most EVs and EV chargers in the UK are compatible. This is because most available EVs will either have a Type 1 inlet socket (120-volt AC) or a Type 2 inlet Socket (240-volt AC). These two types of plugs support AC (alternating current) charging and correspond to Level 1 and Level 2 Charging. However, it is the Direct Current (DC) or fast charging which is not as compatible. DC fast charging/Level 3 would require a plug specific to the Car brand.
Almost all modern EVs and home charging points have the same Type 2 inlet. Type 2 connectors (7-pin connectors) are currently industry standard and can be found on public chargers also.
Most UK homes have a single-phase AC supply, which means the maximum rate at which you can charge your Electric Vehicle is at 7kWh. This is why 7kWh EV Chargers are the most common option for domestic home charging.
If you are lucky enough to have an AC three-phase supply, you can install a 22kWH EV Charger and benefit from faster-charging speeds. Where a 7kWh faster charger would take around 8 hours on average to fully charge a car, a 22kWh EV Charger would take only 3-4 hours. 22kW chargers are most commonly used in commercial spaces or modern developments. It is worth noting that not all EVs can charge these high rates on AC.
If you have a Solar PV system installed, alongside a solar-compatible EV charger, you can 100% Charge your EV with your PV!
So how does a solar EV charger work? Well a Solar Compatible EV Chargers such as the Zappi, can be integrated into your Solar PV system so that when there is surplus green energy, your Electric Vehicle can charge from it. Effectively giving your free green miles and a great return on your green investment. The myenergi Zappi is considered the world’s first solar EV charger.