Tag: wales

Best Ways to Use Solar Panels at Home
October 21, 2025
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Best Ways to Use Solar Panels at Home: Experience the Real Magic of Solar

Best Ways to Use Solar Panels at Home

You probably already know that solar panels are a smart way to cut your energy bills and reduce your carbon footprint. But if you think that’s all they do, you’re only seeing part of the picture. The real power of solar comes from integrating it with other modern home technologies. By pairing your panels with a battery, heat pump, or EV charger, you can create a home that is more self-sufficient, environmentally friendly, and economical.

Solar Panels and Batteries: Store Your Energy for Later

Here’s a common solar dilemma: your panels produce the most electricity when you’re least likely to be home to use it. Without a way to capture that surplus, it simply flows back to the grid.

This is where a solar battery can help. Think of it as your personal energy reservoir—storing clean, free power during the day so you can use it in the evening when you need it most, for lights, appliances, and family entertainment.

Why it’s worth considering:

  • Power when you need it: Use stored energy at night or during peak times.
  • Reduced grid reliance: Rely less on electricity from your provider.
  • Extra income: Sell surplus energy back to the grid.

Solar Panels and Heat Pumps: Keeping Your Home Comfortable

Heating and cooling often account for the largest portion of home energy bills. Pairing solar panels with an air source heat pump (ASHP) is one of the most effective ways to tackle these costs. Because heat pumps run on electricity, your solar system can power your home’s heating and cooling directly, making the most of renewable energy. Benefits of combining solar with a heat pump:
  • Lower energy bills: Solar can cover 50–80% of a heat pump’s electricity needs.
  • Smart energy use: Modern systems can prioritise solar energy during daylight hours.
  • Faster payback: Combining solar with an ASHP can reduce your system’s payback from eight to five years.
Things to consider:
  • Roof space: The number of panels depends on your home and heat pump size.
  • Battery storage: Optional, but useful for storing energy for nighttime heating.
  • Example: A 3-bedroom home with a 9kW heat pump might need 12–16 solar panels (around 4kW) to cover 60–80% of its energy needs.
Even in winter, modern heat pumps work efficiently down to -15°C. Solar panels produce less during these months, but grid electricity can back up your system at a lower cost than gas.
Daikine Air Soure Heat Pump installed in Carmarthen by Solar Save Renewables.

Solar Panels and EV Charging: Using Your Solar for Everyday Driving

If you own an electric vehicle (EV), charging it with solar power is a great way to save money and reduce your carbon footprint. Typical solar EV setup in the UK:
  • Panels: 6–12 (2–4kW system) to generate clean energy.
  • EV charger: Solar-compatible models like the zappi.
  • Battery storage (optional): Charge overnight with stored solar energy.
  • Example: A 4kW system in Wales could provide roughly 8,000 miles of driving per year for a Nissan Leaf.
Why install a home EV charger?
  • Convenience: Wake up to a fully charged car every morning.
  • Cost savings: Up to 80% cheaper than public chargers.
  • Energy independence: Charge whenever it suits you, without relying on public infrastructure.
  • Eco-friendly: Drive using renewable energy.
By combining solar panels with a battery, heat pump, or EV charger, you can make your home more energy-efficient, flexible, and less dependent on the grid. It’s all about using the electricity your panels generate in the smartest way—whether that’s keeping your home warm, storing power for later, or charging your car. With a setup that fits your home and lifestyle, solar energy can become a simple, everyday part of how you live more sustainably.
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ground mounted solar panels _farm_Wales
October 10, 2025
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The Truth About How Many Solar Panels You Need

Planning to install solar panels at home but not sure how many you need? The answer depends on your household’s energy use, roof size, and future plans. While most UK homes require around 10–14 panels, this guide will help you estimate the right system size for your property and understand what factors to consider before installation.

Real-Life Example

The Davies family from Llandeilo have a four-bedroom detached home using 4,800 kWh per year. After installing a 13-panel solar system, they now cover 92% of their annual electricity needs. Their battery stores excess energy for evening use, so they only buy electricity during the coldest winter months.

Step-by-Step Calculation for Wales

1. Find Your Annual Electricity Usage (kWh)

This is the most important starting point — you’ll find it on your electricity bill. UK averages (Ofgem 2024):
  • Small, energy-efficient flat: 1,800–2,000 kWh per year
  • Typical 3-bedroom house: 3,100–4,200 kWh per year
  • Large home with electric heating or EV: 8,000–12,000+ kWh per year
For this example, let’s use a typical 3-bedroom Welsh home consuming 3,600 kWh per year.

2. Estimate Your Ideal System Size (kWp)

We can estimate system size using this simplified formula, adjusted for Welsh solar conditions: System size (kWp) = Annual electricity use (kWh) ÷ (Annual sunlight hours × System efficiency)
  • Average annual sunlight hours in Wales: 3.0 hours/day × 365 = 1,095 hours
  • System efficiency: typically 85% (0.85), accounting for inverter and temperature losses
Calculation: 3,600 ÷ (1,095 × 0.85) = 3,600 ÷ 930 = ≈ 3.9 kWp

3. Calculate How Many Panels You Need

Modern high-efficiency panels in the UK range from 350W–450W. Number of panels = System size (kW) ÷ Panel wattage (kW) Using a 415W (0.415 kW) panel: 3.9 ÷ 0.415 = ≈ 9.4 panels You’d therefore need around 10 panels to meet this household’s annual electricity needs — forming a 4 kWp system.

Result Summary

Description Value
Annual usage 3,600 kWh
Average Welsh sunlight 1,095 hours
System size ~3.9 kWp
Panel size 415W
Panels needed 10
Roof area required 18–20 m² (approx.)
In short: A typical three-bedroom home in Wales would need around 10 high-efficiency panels (≈4 kWp) to meet its annual energy needs, depending on roof orientation and lifestyle.

Recommended System Size by Property Type

Property Type Recommended System Panels (440–450W) Roof Space Needed
1–2 bed terraced 2.5 kW 6 10–12 m²
3 bed semi-detached 4 kW 9 16–18 m²
4 bed detached 5.5 kW 13 23–26 m²
5+ bed detached 8 kW+ 18+ 32 m²+

Expected Annual Energy Generation

Property Type Annual Generation
1–2 bed terraced 2,125–2,250 kWh
3 bed semi-detached 3,400–3,600 kWh
4 bed detached 4,675–5,000 kWh
5+ bed detached 6,800–7,200+ kWh

UK & Wales-Specific Considerations

1. Roof Orientation Matters

  • South-facing (ideal): Generates the most electricity.
  • East or West-facing (good): Expect around 15–25% lower efficiency — you may need one or two extra panels.
  • North-facing: Usually not cost-effective for solar PV.

2. Smart Export Guarantee (SEG)

Under the UK’s SEG scheme, you’re paid for the surplus electricity your system exports to the grid.
  • Typical rates: 1p–15p per kWh exported
  • Grid import cost: around 28p per kWh
It’s therefore more beneficial to use your solar energy in real time — for example, by running appliances during daylight hours.

Enhance Your System with Battery Storage

“Adding battery storage was the best decision we made. During an October storm, our lights stayed on while neighbours were in the dark. The system paid for itself that week alone.” — The Morgan Family, Brecon (8.2kW system with 13.5kWh storage)

Battery Benefits

  • Use solar energy at night and during peak times
  • Charge your EV from stored solar power
  • Backup during power cuts
  • Optimise costs using smart tariffs

Your Action Plan

  1. Check your energy bills – find your exact annual kWh usage.
  2. Use a UK calculator – the Energy Saving Trust offers reliable solar sizing tools.
  3. Get local quotes – trusted Welsh installers can:
    • Use satellite data to assess your roof’s tilt, direction, and shading
    • Provide accurate generation forecasts for your location
    • Advise on the best SEG tariffs and battery options

Choosing the right solar panel setup isn’t about guessing — it’s about understanding how your home uses energy and what your roof can deliver. Taking time to match your system size to your real needs means better performance, lower costs, and a smoother path to long-term savings. Whether you’re just starting your research or ready to plan, understanding your ideal system size is the best first step towards making solar work for you.

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how solar panels work in the house
October 10, 2025
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Solar Panels Explained: A Homeowner’s Guide to Savings & Energy Independence

Most people think solar panels are complicated, expensive, or only for eco-warriors. The truth? With the right guidance, they’re a practical, smart way to take control of your energy — and even earn money along the way.

At Solar Save Renewables, we’ve helped hundreds of homeowners across Wales and England unlock the benefits of solar power. This guide provides clear, professional insights into how solar panels work, the true costs and potential savings, how to select the right system for your home, and the benefits of adding battery storage.

What are Solar Panels?

Solar panels, also known as photovoltaic (PV) panels, convert sunlight into electricity, making them a popular and eco-friendly choice for generating your own power.

Think of a solar panel as a collection of cells that work together to capture sunlight.

Most panels are made from silicon, a material known for its durability and efficiency. Since there are no moving parts, solar panels can operate for a very long time without wearing out. Plus, they produce electricity – a practical and valuable form of energy for your home.

What happens when light hits the solar panel?

Imagine sunlight as a stream of tiny energy particles called photons. When these photons hit your solar panels, they transfer their energy to the electrons inside. This process is like giving the electrons a boost, making them jump to a higher energy level.

This energy transfer is what we call the photovoltaic effect, which is why solar panels are named photovoltaic (PV) panels. Essentially, the panels absorb sunlight and convert it into electricity.

The electricity your panels generate can power everything from lights and appliances to electric vehicles. It’s like having a mini power station right on your roof or in your backyard, all fueled by the sun!

Finding the Right Solar Panel System for You

At Solar Save Renewables, we understand that choosing the right solar system for your home can feel overwhelming. But don’t worry, we’ll guide you through every step of the process. From assessing your energy needs to selecting the perfect panels, we’re here to make the journey simple and stress-free.

Select Your Solar Panels

Based on efficiency, durability, and cost to match your energy needs and budget.

Choose the Right Inverter

The control centre of your PV system that maximises performance and efficiency.

Decide on Mounting Options

Choose from ground-mounted, on-roof, or in-roof systems to suit your property.

Consider Adding a Battery

Store excess energy for use when the sun isn’t shining and increase your independence.

How to Choose the Best Solar Panels

Solar panels are crucial for converting sunlight into electricity. Choosing the right panels can seem complicated, but we’re here to guide you through the process.

When the staff at the local school in Newcastle Emlyn reached out to us, they were unsure about which solar panels would best suit their needs. After assessing their large, south-facing roof and high daytime energy consumption, we recommended high-efficiency Q CELLS panels. “The difference was noticeable right from the first sunny day,” said the school’s headteacher. “Our system produced 15% more than the nearby school that opted for more budget-friendly panels.”

Affordable Panels

  • Trina Solar
  • Canadian Solar
  • LONGi Solar

Mid-Range Panels

  • JinkoSolar
  • JA Solar

High-Efficiency Panels

  • SolarEdge
  • Q CELLS

Solar Panel Appearance

Most panels have black cells with white backs and silver frames. For a seamless look, choose all-black panels with black frames — perfect for slate roofs or integrated installations.

Silver frame solar panels on roof in Carmarthen installed by Solar Save Renewables
standard all-black solar panels in Llandeilo

 Transparent Look at Solar Installation Costs

When you invest in solar energy, it’s important to understand how your money is spent. At Solar Save Renewables, we prioritise transparency because we know it builds trust. Here’s how costs are typically distributed:

  • Equipment: Solar panels, inverter, mounting system
  • Installation: Labour and specialist equipment
  • Certification: MCS certification and compliance

“We were initially hesitant about the upfront cost, but Solar Save Renewables broke everything down clearly. Our system has already cut our electricity bills by 60% in just 6 months!” — Brian, from Llan-gain Carmarthen

Smart Export Guarantee (SEG) Tariff Overview

Who is the SEG for? The scheme is designed for individuals with systems like solar PV, wind, micro-CHP, hydro, or AD with a capacity of up to 5MW or up to 50kW.

About the Smart Export Guarantee (SEG): To qualify, your installation and installer must be certified through the Microgeneration Certification Scheme (MCS) or equivalent. As fully MCS accredited installers, we provide an MCS certificate upon completing your solar PV and battery storage installation. This ensures your installation meets the highest standards using MCS certified products.

Benefits of the SEG

Earn money by exporting any excess electricity you generate to

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Heat Pump - energy-efficient heating technology for homes.
October 8, 2025
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Heat Pumps vs. Boilers: How to Win Your Home Heating Battle

Heat Pumps vs. Boilers: How to Win Your Home Heating Battle

As energy costs rise and environmental concerns grow, homeowners in Wales are increasingly looking for sustainable and cost-effective heating solutions. Many still rely on traditional gas and oil boilers, but heat pumps vs. boilers is becoming a key consideration for those exploring modern alternatives. In this post, we’ll compare heat pumps and traditional heating systems in terms of efficiency, running costs, and environmental impact. We’ll also discuss how integrating solar panels and battery storage can further enhance your home’s energy efficiency.

A Smarter Way to Heat Your Home in Wales

If your boiler is ageing, or you’re tired of unpredictable energy bills, you’re not alone. For decades, Welsh homeowners have relied on gas or oil—but there’s a smarter, cleaner, and more efficient alternative: the air source heat pump.

And thanks to the £7,500 Boiler Upgrade Scheme, switching to a modern, low-carbon system has never been more achievable for homes across Carmarthenshire, Pembrokeshire, Ceredigion, Swansea, Mid Wales, and Powys.

This guide breaks down the key differences between heat pumps and traditional systems, highlighting practical benefits, costs, and what makes a heat pump a genuinely sustainable choice for Welsh homes.

Head-to-Head Comparison: Heat Pump vs Gas & Oil Boilers

Feature Air Source Heat Pump Gas Boiler Oil Boiler
Efficiency 300–400% 85–95% 85–94%
Environmental Impact Low carbon High carbon Very high carbon
Running Costs Low Moderate High
Lifespan 20–25 years 10–15 years 10–15 years

What this means for your Welsh home: 

Efficiency: Heat pumps move existing heat instead of creating it by burning fuel, giving you 3–4 units of warmth for every unit of electricity.

Lower running costs: High efficiency translates to real savings, especially when replacing old oil or LPG systems.

Long-term value: A heat pump lasts almost twice as long as a conventional boiler.

Sustainable living: Dramatically reduce your household carbon footprint while keeping your home cosy year-round.

Beyond the Numbers: Real Benefits for Homeowners

Modern heat pumps offer far more than just efficiency:

Energy savings you can feel: In summer, households with well-designed systems can see electricity bills drop to as little as £5 per month, even while charging an electric car.

Income from surplus energy: Pair your heat pump with solar panels, and any excess energy can be sold back to the grid, generating £2–3 per day during sunny months.

Cleaner, healthier homes: Fully electric heating eliminates on-site combustion, improving indoor air quality.

Intuitive control: Modern systems offer smartphone apps for easy temperature and energy management—comfort and control at your fingertips.

Key Considerations for a Heat Pump in Wales

To ensure your system performs at its best, keep these factors in mind:

  1. Insulation matters: Well-insulated Welsh homes get the most from heat pumps, with stable warmth and minimal energy waste.

  2. Maximise your investment: Combining a heat pump with solar PV and battery storage creates a home energy ecosystem that slashes bills and carbon output.

  3. Align with your values: If reducing your carbon footprint is important, a heat pump is the most effective home upgrade.

  4. Financial support: The £7,500 Boiler Upgrade Scheme helps offset upfront costs, making the transition far more accessible.

Making the Right Choice for Your Home

Choosing a heating system isn’t just about technology—it’s about comfort, efficiency, and peace of mind. For most Welsh homeowners, a heat pump is an investment that:

  • Delivers consistent, low-cost heating and cooling.
  • Offers long-term savings and a longer lifespan than conventional boilers.
  • Supports sustainable living with lower carbon emissions.

Even if your home currently has gas or oil heating, a heat pump—especially when combined with solar and battery storage—can future-proof your home and reduce ongoing running costs.

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Solar panel and battery storage installation on a Llandeilo, Wales home by Solar Save Renewables
August 28, 2025
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Revamping Home Energy: A Solar Makeover in Llandeilo

We recently had the pleasure of working on a project to enhance the energy efficiency of a home in Llandeilo, South Wales.

The property previously relied on oil-fired heating and an electric immersion heater, consuming between 7,000–8,000 kWh annually. Our mission was to reduce their reliance on grid electricity and turn their home into a shining example of energy efficiency.

Here’s how we did it: 

We designed a system featuring 10 solar panels facing southeast and 6 panels facing northwest to maximise sunlight capture. 

We selected a superior inverter and added power optimizers to ensure every panel performed efficiently, even in the shade. 

To complement the 150-year-old Welsh slate roof, we installed sleek, all-black panels that blend seamlessly with the home’s classic look. 

Project Highlights Location: Llandeilo, South Wales, UK
System Size: 16 solar panels (10 SE-facing, 6 NW-facing)
Battery Storage: N/A (grid export system)
Orientation & Technology: Southeast and northwest-facing panels with power optimizers for maximum efficiency
Additional Features: Real-time monitoring and surplus export to Octopus Energy

The Benefits

  • The results have been incredible. Their daily electricity use dropped to just 6 kWh, greatly reducing their grid dependence. The system handles peak power effortlessly, and thanks to real-time monitoring software, any surplus is swiftly exported to Octopus Energy. On sunny May days, the system can generate up to 38 kWh — 10 kWh for home use and 28 kWh sent back to the grid. With an estimated payback period of just 9 years, they’re set to enjoy substantial savings. They now generate three-quarters of the electricity they once bought, reaping both financial rewards and making a positive impact on the environment.
Customer Feedback

They loved how prompt our responses were, how thorough our assessments were, and how meticulously we handled the installation. They found the whole process smooth and stress-free, reinforcing our reputation for quality and reliability in the local area.
Read on for our customer’s experience in their own words:

“I can highly recommend the enthusiasm, passion, and competence of Solar Save Renewables based in Llandeilo, South Wales. 12 years ago, I had a basic solar system installed by others, and although I am a competent amateur when it comes to cost-effectiveness of solar arrays, the time had now come for my parents’ bungalow to have solar installed.

Daily import pre-solar varied from 30 kWh in winter to 18 kWh in summer, totaling 7–8,000 kWh a year. Post-install, solar import has been as low as 6 kWh a day. Of all the companies contacted, only Solar Save Renewables responded promptly, attended when they said they would, carried out a thorough assessment, and were patient with my elderly parents and myself.

The installation, completed about three weeks later, involved a roofer, an electrician, and the owner of the company working for 2½ days. Impressively, at the end of each day, the site was virtually spotless. All team members were professional, knowledgeable, and easy-going.

After-sales service has been excellent. Petar genuinely seems proud of his work, which is reflected in the positive local reviews. This was a virtually stress-free project, and I can totally recommend Solar Save Renewables.”

Mark Goodwin,
Llandeilo, South Wales
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Home in Llangadog, Wales with 12 solar panels and EV charger installed by Solar Save Renewables
August 28, 2025
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Renewable Energy Solution for a typical Two-Bedroom Home, Llangadog

A few months ago, a couple from Llangadog, Wales came across our advert and decided to explore the possibility of installing a solar energy system in their home. They were initially unsure about which company to choose for this project, so they took advantage of our free home visit and site survey. Impressed by our personal, professional approach and our thorough, prompt quotations, the customer happily chose us for their installation.   The Solution: Within just 10 days of finalising paperwork, our team got to work. Featuring 12 solar panels and two storage batteries, the installation was completed swiftly with minimal disruption to the customer’s daily routine. As part of our service, we also took care of all the insurance and certification paperwork, lifting the administrative burden off our customer’s shoulders. Encouraged by their positive experience, the couple later asked us to add an electric vehicle (EV) charger, further enhancing their home’s energy efficiency.
Project Highlights Location: Llangadog, Wales, UK
System Size: 12 solar panels (approx. 5.4 kWp)
Battery Storage: 2 storage batteries
Orientation & Technology: Panels optimised for roof orientation and maximum daily generation
Additional Features: EV charger integration for enhanced home energy efficiency

Customer Feedback

The Walters praised our team for their professional, knowledgeable service and clear communication. They appreciated the swift, efficient installation and the comprehensive support provided during and after the installation.

“I was initially apprehensive in my search for a suitable company to install a solar energy system at my home. Nevertheless, I came across an advert for Solar Save Renewables, Llandeilo, and arranged a home visit. Within a couple of days of my initial phone call, Petar Pavlov of Solar Save Renewables attended my home and carried out a site survey. From the outset, I was impressed by his professional approach, technical knowledge, and ‘can do’ attitude. He explained everything in layman’s terms and presented a comprehensive quotation suitable for our needs.”

“Within 10 days of signing the relevant paperwork, Petar and his electrician Dan began the installation work. We made a last-minute decision to include an additional storage battery, which was ordered and included without delay. The installation package included a 2-year Home Improvement Protection insurance, an MCS Certificate of competence, and a Building Regulations Certificate. Petar and Diana handled all the necessary paperwork and contact with the National Grid, removing the stress for us.”

“The work was completed in a matter of days with minimal disruption to the daily running of our house. We are very pleased with the system that has been fitted, which includes 12 solar panels together with two storage batteries. I would recommend Petar and his team at Solar Save Renewables to anyone considering a solar energy system.”

, Llangadog, Wales
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solar-panels-PV-Installations-_Semi-Detached-_Terraced-House_SolarSave-Renewables
August 26, 2025
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The Stunning Solar Transformation of Two Terraced Homes

As a family-run business, we were thrilled to work with a lovely family in Nantgaredig to enhance their two, terraced homes with cutting-edge solar PV systems.

For the daughter’s end-terraced house, we set up a 3.4 kWp system with 5 solar panels, tailored to her home’s unique features. Her parents’ home got an even more robust 4.2 kWp system with 10 panels, designed to meet their larger energy needs.

We took great care in planning both installations to capture the most sunlight and fit seamlessly with the slate roofs and unique features of each home.

Project Highlights

Location: Nantgaredig, Wales
System Size:
3.4 kWp System (5 panels) – Daughter’s Home
4.2 kWp System (10 panels) – Parents’ Home
Payback Period: 7–8 years

The Benefits:

The results have been fantastic!

The daughter will see £19,057 in savings over her system’s lifetime, with her investment paying off in just 7 years. Her parents are looking at an impressive £27,624 in savings and a payback period of just over 8 years.

Their system is so efficient, it’s producing 142% of their energy needs from solar power alone!

The end result? A boost in energy efficiency and significant long-term savings that make it clear this was a smart and rewarding investment for the whole family.

Customer Feedback:

The client was impressed with how we at Solar Save Renewables handled everything, from our clear communication to how smoothly we worked with their builders throughout the solar PV installation.

“Solar Save Renewables were straightforward and easy to work with and liaised really well with the builders who were re-roofing my property to provide the most appropriate solar PV system for my home. Everything was explained really well throughout, on paper and in person, the electrician was superb, it was great value and I would highly recommend the company to prospective buyers. They really know their stuff.”

— Alice Day
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Saving with solar panels and Battery storage in Llangadog Carmarthenshire Wales
August 26, 2025
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How We Helped a Homeowner Cut Their Energy Bills by 72%

Unlocking Energy Savings: Solar Panels and Battery Storage in Llangadog, Wales

We recently had the pleasure of helping out a homeowner in Llangadog, Carmarthenshire, Wales with a smart investment in renewable energy. 

The customer, eager to reduce their long-term electricity costs and environmental footprint, decided that solar panels were the way to go. 

After browsing our website and discovering our 20+ years of expertise and impressive track record of successful projects, they knew we were the perfect partner for their solar energy journey.

We were delighted to apply our expertise and deliver a cost-effective, sustainable energy solution tailored to their home. 

Project Highlights

Location: Llangadog, Wales
System Size: 6.23kWp Solar PV with 5.8kWh Battery Storage
Old Bill / New Bill: £65 / month → £18 / month
Payback Period: Under 10 years
Grid Independence / Self-Sufficiency: 80% with battery storage

We designed a 6.23 kWp solar energy system featuring 14 panels and battery storage, personalised for their property.
Our service included a thorough consultation, custom system design, detailed quotes, and management of all necessary paperwork.

Customer Feedback: 

Our customer was thrilled with the entire experience, praising our team’s courtesy, knowledge, and skill. They particularly appreciated the smooth process, minimal disruption, and the exceptional quality of work. 

“If I could give this company more than 5 stars and 100%, I would be very happy to do so. The entire experience from original contact, quotes, dates for installation, completion of all paperwork; made the whole process a very positive one. Petar and Diana and others of the team showed courtesy, knowledge and depth of experience at every stage of the work. They arrived when they said they would, the work was done with the minimum of disruption, very clean and tidy workers with everything being done with great skill and consideration. I’m extremely pleased with the whole installation and look forward to greatly reduced bills. Thank you, Petar and Diana and Dan.”— M Jones, Llangadog Homeowner

Financial & Environmental Benefits

  • Financial: Estimated 13-year payback period with £12,794 in lifetime electricity savings.
  • Environmental: Reduces 1 ton of CO₂ emissions annually, which is roughly equivalent to planting 221 trees or avoiding 25 long-haul flights per year.

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Solar panels installed on the roof of a rural wellness retreat in Trapp, Llandeilo
August 7, 2025
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How a Local Business Cut Costs and Improved Sustainability

Local Business in Llandeilo Cuts Costs and Emissions with Solar PV and Battery Storage

Supporting Sustainable, Rural Businesses in Wales

Our partnership with Stables Wellbeing goes back several years, so we were thrilled when they asked us to design and install a solar energy system for their yoga and wellness retreat in the beautiful village of Trapp, Llandeilo. Known for its holistic approach to wellness and strong commitment to sustainability, the retreat wanted to reduce its environmental impact while providing a comfortable, energy-efficient space for visitors.

This project felt especially meaningful as it brought together two local, family-owned businesses — Solar Save Renewables and Stables Wellbeing — both deeply committed to supporting the community and protecting the environment.

Project Highlights

Location: Trapp, Llandeilo, Wales
System Size: 5.22kWp Solar PV with 11.6kWh Battery Storage
Annual Savings: Reduced Grid Reliance by 65%
Payback Period: Under 5 years
CO₂ Reduction: Approximately 1 ton of CO₂ annually

Solar Save Renewables installed a high-performance 5.22kWp solar PV system using JA Solar panels, chosen for their exceptional efficiency and reliability even in less-than-ideal weather conditions. This makes them an excellent match for Stables Wellbeing’s rural location in Wales, where sunlight can be variable throughout the year.

To complement the solar panels, we integrated advanced battery storage technology. This allows the retreat to store surplus energy generated during sunny periods for use in the evening, at night, or on cloudy days. The battery system ensures a steady and reliable power supply, maximises on-site energy use, and reduces dependence on grid electricity — ultimately lowering operational costs.

The entire system was carefully tailored to meet the specific energy demands of the retreat centre, including power for yoga studios, accommodation, lighting, heating, and other essential operations. By optimising energy capture and storage, the system supports peak demand while maintaining efficiency around the clock.

Additionally, the solar energy setup features real-time monitoring, enabling both Stables Wellbeing and Solar Save Renewables to track production and consumption continuously. This allows us to ensure the system operates at peak performance and respond quickly to any maintenance needs, providing ongoing support for long-term reliability.

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August 4, 2025
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Touring Park Slashed Energy Costs by 60% with Solar

Case study: Touring Park Slashed Energy Costs by 60% with Solar Power

Nestled in the rolling hills of Llanelli, South Wales Touring Park had long been a haven for holidaymakers seeking tranquility. As a family-run business, the park prided itself on offering exceptional guest experiences while preserving the natural beauty of its surroundings. However, rising energy costs and growing environmental concerns prompted the owners to seek a solution that would align with their values and secure their financial future.

The challenges were clear. The park needed to reduce its reliance on traditional energy sources without compromising the comfort of its guests. With twenty-five pitches and various facilities requiring constant power, the team wanted a system that could handle their unique demands while withstanding the unpredictable Welsh weather. Most importantly, they sought a partner who understood the realities of running a seasonal business where disruption had to be kept to an absolute minimum.

“As a rural business, we needed more than just solar panels,” explained the park’s manager. “We needed a complete energy solution that would work as hard as we do, come rain or shine.”

The Solution: Our Tailored Renewable Solution: Harmony Between Innovation and Nature

Project Highlights

Location: Llandeilo, Carmarthenshire
System Size: 5.22kWp (12 Panels)
Annual Savings: £2300 (~60% reduction)
Payback Period: 4.2 years
CO₂ Reduction: 3.2 tonnes/year

 

Solar Saver Renewables rose to the challenge by designing a solar photovoltaic system with integrated battery storage that blended seamlessly with the park’s operations. Every component was carefully selected to maximize efficiency in South Wales’ specific climate conditions, ensuring optimal performance throughout the year.

The system’s intelligent design included energy storage capabilities that captured surplus power during daylight hours, making it available when needed most. This meant the park could maintain consistent power supply even after sunset or during periods of high demand. The installation process itself was timed perfectly to coincide with the park’s quieter season, allowing the work to be completed without interfering with guest experiences.

Perhaps most importantly, the visual impact was kept to a minimum. The equipment was positioned and designed to preserve the park’s natural aesthetic – a crucial consideration for a business where first impressions matter. “The installation team understood our need to maintain the park’s character,” noted the owner. “They worked carefully around our schedule and the results speak for themselves.”

 

The Benefits

The solar installation delivered transformative results: a 60% reduction in grid electricity costs from day one, with £23,381 in projected lifetime savings and full ROI within 5 years. Environmentally, the system reduces 24 tonnes of CO₂ annually (equivalent to removing 5 cars from roads) while attracting 72% more eco-conscious guests. The 88%-efficient system provides 100% nighttime coverage via battery storage, with real-time monitoring ensuring optimal performance. These measurable outcomes prove commercial solar simultaneously cuts costs, future-proofs operations, and enhances sustainability credentials – with the system paying for itself in under five years while positioning the business as an industry leader in renewable energy adoption.

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