PV Solar Panels & Battery Storage
Air Source Heat Pumps
Solar Thermal
Electric Vehicle Charging
Bespoke Off-grid Heating & Electric Solutions
Solar Panels and Energy Storage Installation
At Solar Save Renewables we are a team of renewable energy specialists, covering the design and installation of Solar Panels, Energy Storage, Air Source Heat Pumps (ASHP), Electric Vehicle Chargers, Solar Thermal Systems and Bespoke Off-grid Heating and Electric Solutions across Wales and England.
Our mission is simple – to provide our clients with the very best renewables technology and installation.
What are Solar panels?
Solar panels, also known as photovoltaic (PV) panels convert the sunlight into electricity. They are the most popular and environmentally friendly way to generate your own power.
Light can be considered to consist of a stream of tiny particles of energy, called photons. When the photons from Sunlight hits the solar panels they can transfer their energy to some of the electrons in the material, so “promoting” them to a higher energy level. In other words, the cells absorb the photons and convert their energy into electricity. This process is known as the photovoltaic effect, which is why they are called photovoltaic panels.
The electricity generated by the solar panels can then be used to power various things, like lights, appliances, and even electric vehicles. It's like having a tiny power station on your roof or in your backyard that runs on sunlight!
How do Solar PV Panels Work?
Are you looking to install solar PV on your residential or commercial property but not sure how it works?
We don’t want to give you lots of complicated technical information that will be of no benefit for you. We want to make everything very simple and comprehensive for you. This is the solar process explained in a few steps.
1. The Sun
Once the Sunlight reaches the solar panels they will start absorbing sunlight with the photovoltaic cells. The panels convert the energy to direct current (DC) energy that passes through an inverter.
5. The Grid
You can feed back into the grid any electricity that you don’t use. Under the Smart Export Guarantee (SEG) you will be paid for every unit of electricity that you feed back. ( Department for Business, Energy & Industrial Strategy, 2020)
2. The Inverter
Here is where the inversion will happen. The inverter will convert the DC Energy to alternating current (AC) energy.
4. The Battery
If you choose to install a solar battery bank with your solar energy system, you can store excess power for use long after the sun goes down.
3. Power Up
The converted AC energy then flows from the inverter into your electrical system to power any electrical appliances in your home.
What Are the Benefits of Solar Panels?
If you have to design the ideal energy conversion system, you would probably find it difficult to come up with something better than the solar photovoltaic (PV) panel. The solar panel is a device which harnesses an energy source that is by far the most abundant of those available on the planet. Here are several advantages associated with solar (PV) panels:
Renewable Energy: Solar panels convert solar energy directly into electricity using only the power of the sun, which is a sustainable and renewable energy source. As long as the sun continuous to shine, we have an endless supply of sunlight. This guarantees an uninterrupted production of electricity without exhaustion or running out.
Environmentally Friendly: Solar panels don't produce any harmful greenhouse gases or pollution when generating electricity. Using solar power helps reduce our carbon footprint and helps combat climate change.
Off-Grid Possibilities: Solar panels are valuable in distant rural areas or places lacking access to electricity grids or experiencing frequent power interruptions. They offer a solution for people to have power in places where traditional electricity may not be available.
Saving Money: Once you have solar panels installed, you can start generating your own electricity for free using sunlight. Solar photovoltaic (PV) panels can indeed save you money by significantly reducing your electricity bill, sometimes up to 50%, depending on your energy consumption and the capacity of your solar system. Moreover, in certain regions, you may have the opportunity to earn money by selling excess electricity back to the grid, which is known as net metering or feed-in tariffs.
Long-Lasting: The majority of modern solar panels are designed to be durable and reliable, with an expected lifespan of around 25 to 30 years or even longer. Many solar panel manufacturers offer warranties that cover their performance for a specified period, providing further assurance of their long-lasting capabilities.
How does Energy Storage Work?
Once you have installed your solar panels or a heat pump, you might consider battery storage where you will be able to store your excess solar energy and use it when the sun goes down.
1. SUNLIGHT reaches the solar panels. The Solar panels absorb sunlight with photovoltaic cells. The panels convert the energy to direct current (DC) energy that passes through an inverter.
2. The INVERTER will convert the DC Energy to alternating current (AC) energy which can be used in your home.
3. All the excess energy generated by the solar panels will be stored in the BATTERY and can be used as soon as you need it.
4. The battery could provide back up POWER in case of a power cut or to a dedicated off-grid load.
How much could I save with solar panels?
Are solar panels a cost-effective solution? Will they save me money? Can they lead to significant savings in the long run? These are some of the burning questions that people often ask themselves when considering investing in solar power.
The potential savings from solar panels can vary depending on factors such as location, energy consumption, the size of the solar panel system, and the cost of electricity. The savings shown are based on the following assumptions:
- 3,500 kWh of annual usage
- Electricity price of £0.33/kWh
- Smart Export Guarantee (SEG) tariff rate of £0.15/kWh
- Standing Charge £0.41 / day
- Terraced property
- South-facing roof
Domestic Design – Solar PV Systems for Homes
In most countries the grid electricity is easily accessible as a convenient backup to Photovoltaic (PV) system or other fluctuating renewable energy supplies. The grid has the capacity to absorb excess power generated by the PV system, especially during times of surplus energy, like sunny summer afternoons. This surplus power can be distributed to other customers, thus reducing the reliance on conventional energy generation methods. Moreover, at night or on cloudy days, when the output of the solar PV panels is insufficient, the grid can provide backup energy from conventional sources.
What Solar PV panels should I get for my home?
When determining what solar panels to get for your house, consider the following steps:
Energy Needs: Determine how much electricity you want your solar panels to produce. This depends on your current energy consumption, which can be found on your electricity bills. Consider any potential changes in energy usage in the future.
Roof Space and Orientation: When you plan to install solar panels is important to assess the available roof space. Factors such as shading, the slope, size and orientation of your roof will influence the number and type of panels you can install and will affect the solar potential of your home.
Budget: Consider your budget for the solar panel installation. Different panels come with varying costs, and you'll need to find a balance between the upfront investment and the long-term savings on your energy bills. To help you decide whether a solar PV system is suitable for your needs, we will provide you with Free Performance Estimate. We will Recommend the best system for your type of property and will advise you on the size of the system and the Estimated Annual Electricity Bill Savings. Our estimate takes into account your chosen preferences, current energy usage, costs, and the position and orientation of your roof, enabling us to calculate the system's efficiency.
Consider Solar Panel Efficiency: Higher efficiency panels can generate more electricity in limited space, but they might come at a higher cost and larger size. Evaluate whether higher efficiency is crucial based on your available roof space and budget.
Quality and Warranties: Always look for solar panels from reputable manufacturers with good quality and performance track records. Check the warranties provided by the manufacturers.
As we are MCS registered installer and a member of RECC and Trustmark, in addition to the product guarantees, our work will be covered by a 2 years workmanship warranty for the whole installation.
Local Regulations: Research any local regulations and permitting requirements for solar panel installations.
Seek Renewable Energy Specialist’s Advice: It's always beneficial to consult with a professional solar panel installer who can evaluate your specific situation, answer any questions you may have, and offer personalised recommendations. Our team of experts would be delighted to provide you with a free consultation and no obligation quote. Our qualified and certified engineers, can offer you a properly designed solution that will meet your requirements by specification, performance and cost.
Should I get Battery Storage for my solar PV System?
It is great that you have either already installed or decided to install solar panels. It would be even better if you connect your panels to a battery and store your own electricity until you are ready to use it.
Solar panels produce electricity when exposed to sunlight, but as we know, this process is not constant and depends on factors such as weather conditions and time of day. The battery storage captures and retains the excess energy when solar panels generate electricity. The battery can then discharge the stored energy when the solar panels are not generating electricity, such as during the evening or during power cuts. With Solar energy storage you will be able to store the excess solar energy generated by solar panels during the day for later use, you can use this energy to power appliances, lighting, and other electrical devices in the home or building.
Battery storage systems are typically connected to the solar panel system and the electrical grid. They can be designed to work in combination with the grid, allowing for a smooth and continuous transition between solar power, battery power, and grid power as needed.
Our team of experts will establish the optimal way to integrate a Solar PV and energy storage into your household. We can assist you in identifying precisely how this technology can be utilized to benefit your house or commercial property. By integrating battery storage into your solar PV system you will maximize your self-consumption of solar energy, reduce dependence on the grid, and have a backup power supply during outages.
We can help you to find the most suitable battery for you. We can design a customised solution based on your specific requirements by assessing your electricity usage profile.
If you have heard about the Smart Export Guarantee (SEG) tariff, you might be wondering who the scheme is for?
The scheme is designed for individuals who have a system installed, including technology types such as solar photovoltaic (solar PV), Wind, Micro combined heat and power (micro-CHP), Hydro or Anaerobic digestion (AD) with a capacity of up to 5MW or up to 50kW.
About the Smart Export Guarantee (SEG)
You need to show that your installation and installer are certified through the microgeneration certification scheme (MCS) or equivalent.
We are fully MCS accredited. Once we complete your Solar photovoltaic and battery storage installation, we will provide you with MCS certificate. This certificate a proof that your installation has been designed, installed & commissioned to the highest standard using only MCS certified products by an MCS certified installer.
Smart Export Guarantee (SEG): earn money for exporting the renewable electricity you have generated
Installing The Best Solar Panels and Energy Storage Near You
Our main priority is addressing your energy and heating requirements. Our skilled engineers will design the best possible solution for installing your solar panels and incorporating battery storage.
You can see some of our domestic installations across Carmarthenshire, Pembrokeshire, Ceredigion, Cardiff and Mid Wales.
Real-life examples - Domestic Solar PV and Battery Storage Installations
Solar PV ~ Battery storage - DRYSLWYN, WALES. This is a 4.74 kWp solar PV system composed of 12 x 395W solar panels, along with a 17 kWh Battery Storage. Take a look at this case study for further information on an energy solution that captures solar energy, stores any surplus power, and offers a cost-effective and efficient way to recharge electric vehicles.
Ground mounted Solar PV ~ Battery storage - CAPEL ISAAC, LLANDEILO. This is a ground mounted Solar PV system with a capacity of 7.8 kWp composed of 20 x 390W solar panels and 2 x 5.8kWh Battery Storage. Explore this case study to learn about the process of converting fields into sustainable energy sources. Find out how our customers utilised solar power to achieve independence and cost-effective benefits in the long run. An examination of a ground-installed Solar Photovoltaic (PV) setup, strategically positioned for maximal energy generation. Read about their journey, which began with overcoming regulatory obstacles and seamlessly installing the system, showcasing the exceptional benefits of achieving energy self-sufficiency.
Ground mounted Solar Panels ~ Battery Storage - LLANGEITHO, TREGARON. This is a 7.02 kWp ground mounted Solar PV system composed of 18 panels and 5.8kWh Battery Storage. Take a glance at this case study involving our clients who made the choice to invest in a 7.02 kWp solar power system and utilise the near by field for a ground-mounted Solar PV setup. They also incorporated a battery into the system to increase their ability to store and use the generated electricity.
Solar Panels - ABERAERON, WALES. Check out this case study to see how Solar Save Renewables turned a bungalow into an energy-efficient space using a 3.95 kWp solar PV system equipped with 10 QCells 395W solar panels and a 3.6 kW Solis inverter. Observe the impressive energy savings and environmental impact as daily power usage decreased from 9 kWh to just 2 kWh.
Integrated/In-Roof Solar Panels - PENCADER, WALES. This is an in-roof 5.2 kWp Solar PV system where the panels lie flat in line with the roof tiles so they can complement the aesthetics of the property. Read more to uncover the story of how Solar Save Renewables flawlessly incorporated a 5.2 kWp in-roof Solar PV system into a charming rural property, achieving a balance between ecological advantages and visual elegance.
Solar Panels ~ Microinverter- CARDIFF, WALES. This is a 2kWp Solar Photovoltaic (PV) system, consisting of 5 solar panels and Microinverters for maximum utilisation of the system's output. The customer came to us because they had limited rooftop space but were interested in a small solar panel system. They requested that we use only one side of the roof. The property was in Cardiff's city centre, so the installation needed to be discreet while providing enough energy for the family's needs. Discover more in our case study.
Integrated/In-Roof Solar Panels and Battery storage in Ammanford, Wales - This is a successful renewable energy project involving the installation of a 5.29kWp integrated in-roof solar photovoltaic (PV) system with battery storage. The project involved a complete renovation of the South elevation of a residential roof in Ammanford, Wales, along with the installation of 13 integrated solar panels. The damaged slates were replaced with integrated Viridian solar panels, providing the homeowner with a dual benefit of energy generation and roof restoration.
We are thrilled to have our recent case study featured by Viridian Solar themselves. Read the full story here: Roof renovation and solar panels installation
Commercial Design – PV Systems for Non-domestic Buildings
PV arrays can also be integrated into the roofs of commercial, institutional and industrial buildings, replacing some of the conventional roofing materials that would otherwise have been needed and reducing the net cost of the PV system.
Commercial and industrial buildings are normally occupied mainly during daylight hours, which correlates well with the availability of solar radiation. Therefore, the power generated by the Solar PV panels can significantly reduce a company’s need to purchase power from the grid at the “retail” price. The excess power is usually sold to the grid at a lower “wholesale” price, so it is economically beneficial to use as much PV power as possible on-site rather than selling it to the grid.
We can help you to transform your business space into an energy-efficient powerhouse with our commercial Solar PV design and installation services. Our team of experts can assist in conducting a thorough analysis of your site, drawing up plans, and executing the installation of solar panel systems.
The first phase of the process includes conducting a site analysis (survey) to determine the feasibility of solar installation. After assessing your energy needs and consumption patterns, we will design a solar PV system that meets the specific requirements of the commercial establishment. We always consider factors such as available roof space, sun exposure, shading, and electrical requirements. Our highly skilled technical team will design a tailored solar system that meets your businesses’ needs.
The installation phase will involve mounting solar panels on rooftops or other suitable areas, connecting them to inverters and electrical systems, and ensuring the safe and efficient integration of the solar PV system with the existing electrical infrastructure of the building. The whole process will be fully compliant with the local building regulations and safety standards.
Our team of experienced professionals with expertise in solar energy and electrical systems will carry out the installation to ensure optimal performance, durability, and long-term reliability. of the commercial solar PV system.
What are the benefits of installing commercial solar PV system for business?
COST SAVINGS: By generating your own electricity from solar energy, you can significantly reduce your energy bills. Commercial solar PV systems provide a long-term source of clean and renewable energy.
On average, a well-designed and efficiently installed commercial solar PV system can generate up to 1,000 kWh per year per installed kilowatt (kWp) capacity.
This is an example of the significant savings a leisure centre can enjoy by implementing 132 kWp Solar photovoltaic (PV) system. We can assume that the annual electricity generation from solar PV system will be 116,000 kWh. In this case, the lifetime bill savings are £3,828,676.
RETURN ON INVESTMENT (ROI): By investing in a commercial solar PV system your business can gain substantial returns. In some cases, it is often possible to achieve a reduction in grid consumption of over 50% and obviously a similar reduction in cost. An added benefit of this reduction in cost is a very short payback period of all the equipment of possibly less than three years. The energy savings generated by the system, along with potential incentives and government schemes, can contribute even more.
If we were to consider the Leisure centre as an exemplar once more, it's projected payback period would be approximately 17 months or 1 year and 5 months.
ENVIRONMENTAL SUSTAINABILITY: With installing solar PV systems and generating clean, renewable energy, your business can reduce its carbon footprint, greenhouse gas emissions and its dependence on fossil fuels. Moreover, by demonstrating your commitment to sustainability, you can enhance your brand image and attract environmentally conscious customers.
RENEWABLE ENERGY INCENTIVES: Many governments and local authorities offer incentives and programs such as grants, tax credits or feed-in-tariffs to promote the adoption of renewable energy systems.
ENERGY INDEPENDENCE.
PROTECTS AGAINST ENERGY PRICE FLUCTUATIONS.
POSITIVE PUBLIC PERCEPTION
Real-life examples - Commercial Solar Photovoltaic (PV) Systems
Solar Panels ~ Commercial Installation - TIMBERLINK, MARKET DRAYTON, SHROPSHIRE. This is a 92kWp Solar PV system composed of 236 x 390Watts Solar panels. Take a look at this case study about the biggest drive-through timber yard in the Midlands. The 13-acre location has facilities for treating and storing timber. Being part of an industry with high energy needs, the company encountered a significant issue - their large electricity usage throughout the year. To tackle rising energy expenses and lower their carbon footprint, the company proactively began investigating renewable energy options.
Solar Panels ~ Commercial Installation ~ Carmarthen - LLANGARTHGINNING FARM, MAIDRIM, CARMARTHEN. This is a 14.4kWp Solar photovoltaic (PV) System. Check out our case study about the owners who designed a place for guests to relax while being mindful of the environment. They added a 14.4 kW Solar PV system to the farm. The standout feature is how the Solar PV system powers the indoor pool, hot tub, and sauna in the Barn, minimising their reliance on conventional electricity sources.
MCS (Microgeneration Certification Scheme) Accreditation
We are fully MCS accredited. An MCS accreditation is a sign of excellence. Once we complete your Solar photovoltaic and battery storage installation, we will provide you with MCS certificate. This certificate a proof that your installation has been designed, installed & commissioned to the highest standard using only MCS certified products by an MCS certified installer.
Our team of experts would be delighted to provide you with a free consultation and no obligation quote on how we can help your household or business harness the power of solar energy and batteries to reduce operating costs and increase efficiency.
Current Grants Available
If you choose to install battery storage capability at the same time as Solar PV, VAT rate covers both the battery system and the Solar PV installation. You could also see a saving by purchasing an all-in-one inverter or charger. Savings can be in excess of £1000 when completing the two installations at the same time.
You will find us installing Solar panels and Battery storage in the whole of Wales: Carmarthenshire, Pembrokeshire, Ceredigion, Swansea and the borders.
