PV Solar Panels & Battery Storage 
Air Source Heat Pumps 
Solar Thermal 
Electric Vehicle Charging 
Bespoke Off-grid Heating & Electric Solutions Servicing & Maintenance of Renewable Systems
Commercial & Domestic
Peniel CP, a primary school in Carmarthenshire, was looking to reduce their carbon footprint and move towards a greener future by implementing renewable energy solutions. They were in need of a reliable and efficient solar PV system that would help them reduce their electricity costs and minimise their environmental impact.
Solar Save Renewables was engaged to design and install a solar PV system for Peniel CP. After careful consideration of the school's energy consumption patterns, building design, and available roof space, Solar Save proposed a solution consisting of 100 x 405W integrated in-roof panels. The system was paired with a Solar Edge system to optimize energy production and efficiency. With a total power capacity of 40.50 kWp, the PV system was expected to generate 35.52 MWh of clean electricity annually, significantly reducing the school's reliance on grid electricity. Additionally, the system was projected to save 6.78 tons of CO2 emissions each year, equivalent to planting 311 trees annually.
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.
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.
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.
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.
At Solar Save Renewables, we recently undertook a project to improve home energy efficiency for a local homeowner in Llandeilo. The property relied on oil-fired central heating and an electric immersion heater, consuming between 7,000 to 8,000 kWh annually. Our goal was to significantly reduce their reliance on grid electricity.
Our design included 10 panels facing southeast and 6 panels facing northwest. We carefully selected an optimal inverter for efficient performance and used power optimizers to maximise efficiency for shaded solar panels. Sleek all-black panels were chosen to seamlessly blend with the 150-year-old Welsh slate roof.
After installation, their daily electricity consumption dropped to as low as 6 kWh, significantly reducing their dependence on the grid. The system's orientation effectively manages peak power output, aided by real-time monitoring software that enables swift export activation to Octopus Energy. During sunny days in May, the system generates up to 38 kW, with 10 kWh used onsite and 28 kWh exported. The estimated payback period is approximately nine years, with annual savings ensuring a strong return on investment.
Our customer now generates three-quarters of their previously imported electricity, promoting environmental sustainability while enjoying the economic benefits of their solar system.
After 13 years of reliable solar energy, our customer noticed their solar panels weren't performing like they used to and reached out to us for help. Our inspection revealed two major issues: a malfunctioning inverter and meter, and heavily soiled solar panels.
Replacing the Inverter and Meter:
We replaced the old inverter and meter with new, high-quality upgrades. This upgrade was essential because the inverter transforms solar power into usable electricity, and a faulty meter can mess with energy readings and billing.
Cleaning the Solar Panels:
Our team gave the panels a deep clean, removing years of accumulated dirt. Clean panels are key to absorbing as much sunlight as possible and boosting overall system performance.
With these upgrades and a fresh clean, we managed to give the customer’s system a major performance boost, getting it back to peak efficiency.
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.
Charlie and Glen from Devil's Bridge, Aberystwyth, sought our expertise to address their rising electricity costs and explore sustainable energy solutions. We stepped in to design, deliver, and install a state-of-the-art 6.00kWp solar PV system, complemented by a 5.8kWh battery storage solution.
Despite facing a series of challenges, our dedicated team expertly navigated every obstacle, ensuring the project was completed successfully and exceeded our customers’ expectations.
When Charlie approached us with the question, “Can I install solar panels on an east-west facing roof?” we knew it would be a unique challenge. East-facing panels optimally catch the morning sun, while West-facing panels soak up the afternoon rays.
To maximise energy generation throughout the day, we installed a combination of East and West-facing panels.
Given the roof’s unique orientation, we chose high-power output panels to ensure efficient energy capture, no matter which direction they face. This smart setup guarantees optimal performance and energy savings.
When our customer in Gower, Swansea reached out to us they were fed up with their outdated solar thermal system. Inherited from the previous property owners, it was more of a headache than a help – costing them more in maintenance and repairs than it was saving!
Deciding it was time for a change, they chose to invest in a modern solution that not only promised better energy efficiency, but also reliable performance and cost effectiveness.
That’s where we came in!
After careful assessment, we recommended installing the Viessmann Vitosol 300-TM solar thermal system, a cutting-edge upgrade featuring advanced vacuum tube technology. This high-performance system offers:
-Boosted Efficiency: The Vitosol 300-TM far surpasses the old system, generating more solar energy to heat water, and increasing overall energy savings.
-Enhanced Performance: Thanks to its state -of-the-art technology, this system performs exceptionally well, even in less-than-ideal weather, ensuring reliable energy capture.
-Optimal Space Utilisation: Designed with the customer’s space in mind, the Vitosol 300-TM’s precisely aligned absorber tubes maximise energy capture while fitting perfectly into the available space.
-Significant Cost Savings: Upgrading to this advanced system means reduced energy bills and lower maintenance costs, with the initial investment paying off quickly.
Mr Perkins and his family live in the beautiful rural area of Ceredigion, Wales. Their journey toward solar energy began with a simple yet profound goal: to shrink their environmental footprint and cut down on their electricity bills. With an electric car and a Zappi 2 charging point already installed in their garage, Mr Perkins and his family were the ideal candidates for a solar energy system.
Initially, Mr Perkins considered installing solar panels on his garage’s south-facing roof, which gets plenty of sunlight. The ample land surrounding the property also meant they were even better positioned for a solar upgrade.
Mr Perkins approached us with his interests of reducing his environmental impact and lowering his electricity bills.
After an initial site survey, we proposed an innovative, tailored solution that combined both rooftop and ground-mounted solar panels to maximise energy capture.
Here’s what we proposed:
High-Efficiency Solar Panels: We recommended 435W high-efficiency panels with power optimizers to ensure the highest possible energy output.
Combination of Roof and Ground-Mounted Panels:Roof-Mounted Panels: Installed on the sunny south-facing garage roof to capture maximum sunlight.
Ground-Mounted Panels: Placed on the surrounding land to capture sunlight from various angles throughout the day using an innovative ground-mounting system.
Battery Storage: We included a 5.8kWh battery storage system to store excess solar energy generated during the day for use in the evening and at night, reducing reliance on grid power.
This tailored approach allowed us to deliver optimal energy production, helping Mr. Perkins and his family achieve their goals of environmental sustainability and cost savings.
Project Objectives:
Design and install a solar PV system that uses sunlight to make renewable energy and reduce the homeowner's need for electricity.
The project involved the installation of a 5.46kWp solar PV system composed of 14 x 390Watt solar panels, a 5.0kW SolaX Hybrid Inverter, and a Solax Battery with a capacity of 12.0kWh. The system was installed on a slate roof, offering both energy savings and environmental benefits to the homeowner.
Site Survey and Design: A thorough site survey was conducted to assess the solar potential of the location, considering factors like roof orientation, shading, and available space. Based on the findings, a design was developed, optimising the placement of 14 x 390Watt solar panels on the slate roof.
Component Selection: High-quality components were selected for the system, including the 5.0kW SolaX Hybrid Inverter and a 12.0kWh Solax Battery. These components were chosen for their reliability, efficiency, and compatibility with the homeowner's energy consumption patterns.
Solar Panels Installation: The solar panels were carefully installed on the slate roof using specialised mounting equipment that ensures secure attachment without compromising the roof integrity.
Renewable Energy Generation: The solar PV system efficiently converts sunlight into electricity, allowing the homeowner to generate a substantial portion of their energy needs from renewable sources.
Energy Independence: The integration of the Solax Battery enables the homeowner to store excess solar energy for use during nighttime or periods of low solar production, reducing reliance on the grid.
Cost Savings: By generating their own electricity and potentially selling excess energy back to the grid, the homeowner can experience reduced energy bills and potentially earn credits.
Environmental Impact: The use of renewable energy reduces the carbon footprint of the household, contributing to a more sustainable and eco-friendlier lifestyle.
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.
The project began with a comprehensive assessment of the roof's condition and energy needs. The solution involved the following steps:
Roof Renovation: The damaged slates on the South elevation of the roof were carefully removed and replaced with integrated solar panels. These solar panels were designed to seamlessly blend with the existing roof material, maintaining the architectural integrity of the house. We have decided to use Viridian integrated solar panels as they are compatible with the widest range of slate and tile including special fixings for different batten thickness.
Solar PV Installation: High-efficiency solar panels with a total capacity of 5.29kWp were strategically placed on the roof to optimise energy generation. The integration of solar panels into the roof eliminated the need for additional mounting structures and further improved the visual appeal of the system.
Battery Storage System: To store excess energy generated during the day, a battery storage system was installed. This system allowed the homeowner to store surplus electricity and use it during periods of low solar generation, such as nighttime or cloudy days. The battery storage system also provided a degree of energy independence and flexibility.
2kWp small residential Solar photovoltaic (PV) system with microinverters in the city centre of Cardiff.
This customer approached us as they had limited space on their roof, but they wanted to explore the possibility of having small solar photovoltaic system. They specifically asked us to use just one side of the roof. The property was situated in Cardiff's city centre, requiring an installation that had minimal visual impact while still being capable of meeting the energy needs of the family.
We have designed a 2kWp system, consisting of 5 solar panels. However, to optimise the system's energy production, we have incorporated Microinverters during the installation process. This allows for the maximum utilisation of the system's output.
To optimise solar production, each panel is equipped with its own individual Microinverter. This innovative approach ensures that the system can fully maximise its energy output.
Moreover, the Microinverters also use a Burst Mode technology that effectively captures additional energy during low-light situations caused by shadows or clouds. This breakthrough feature enhances the system's performance in challenging environmental conditions.
Another notable advantage of utilising Microinverters is that the homeowner can conveniently track and monitor all import and export data through their mobile phone.
This is a 6 kWp Solar PV system paired with a biomass boiler and hot water tank.
Our client already had a biomass heating system in place with a large buffer tank and provision for hot water immersion heater. The aim was to reduce burning wooden pellets during the summer season(biomass) and utilise the excess solar photovoltaic energy to fulfil the hot water needs.
The solution we have applied in this case was to design a fully integrated system that combines the solar PV, biomass boiler, hot water tank and Solar PV power diverter to optimize energy usage.
The smart microgeneration power diverter monitors the electricity production from the solar PV panels and the energy demand in the property. By installing the Solar PV power diverter, we are directing the excess energy from the solar panels to the Domestic Hot Water Cylinder instead of being exported to the National Grid.
This innovative system allows our customer to make the most of the renewable energy generated by their own solar panels and use it to heat their water for FREE.
The smart microgeneration power diverter allows us to fully utilize the renewable energy that the solar panels generate, making it an excellent choice for anyone who is committed to sustainable living.
Here's what our customer had to say:
"We've just been looking at our pellet usage comparing pre-Eddi and post-Eddi. It shows a 30% reduction in pellets this year compared to the average for the previous 7 years. That's 126 fewer 10kg bags. This summer (May to Sept) we used just 17 bags. Last summer we used 84 bags. That's 67 10kg bags less with Eddi over those 5 months. At £4.65 a 10kg bag that's £310 saved this summer and £590 over the year! Eddi will pay for itself in 3 years."
It's truly remarkable to see the significant impact that power diverter has had on our customer's pellet consumption. A 30% reduction in pellet usage not only means cost savings but also a more sustainable and eco-friendly approach to heating.
This is a 6.24kWp Solar PV System composed of 16 x 390W solar panels with 5.8 kWh Battery storage, Zappi EV Charger and smart Wi-Fi digital oil-filled Electric Radiators.
This system can generate enough electricity to power this average-sized bungalow. Additionally, we have included a 5.8 kWh battery to store any excess energy produced by the panels, ensuring that the homeowner has a reliable source of energy even during periods of low sunlight.
The Zappi EV charger plays a crucial role in ensuring that the hybrid vehicle is charged during the day when there is less electricity consumed on site.
Finally, wall-mounted smart Wi-Fi digital oi-filled electric radiators ware installed, providing an additional source of heating that is both efficient and sustainable.
A Case Study of a Fully Integrated Solar PV, Battery Storage, and EV2Load System
When our customer approached us with the ambitious goal of designing and installing a fully integrated solar photovoltaic (PV) system, coupled with a high-capacity battery storage solution and Electric Vehicle-to-Load (EV2Load) technology, we were excited to take on the challenge.
Our customer was particulalry interested in utilizing the Vehicle-to-Load (V2L) technology to maximize the potential of their electric vehicle.
Solar PV Project:
Design and Install Solar PV: A 4.68 kWh solar PV system was designed to harness renewable energy from the sun and convert it into electricity for the client's household.
Integrate Battery Storage: A 5.8 kWh battery storage system was integrated to store excess solar energy during the day for later use, ensuring a continuous power supply even during cloudy days or at night.
Implement Vehicle-to-Load (V2L) Technology: The Vehicle-to-Load (V2L) system was incorporated to enable the client to use their electric vehicle as a mobile power source to provide electricity to their home or the grid when needed.
Challenges Faced:
System Integration: Ensuring seamless communication and coordination between the solar PV, battery storage, and EV2Load systems to optimize energy usage.
Solar Save Renewables' Solution:
System Design and Integration: After careful research our team of skilled professionals created an innovative and efficient system that will enable the electric vehicle to serve as a mobile power source using the energy generated by the solar panels. We designed and integrated the system, ensuring seamless communication and coordination between the solar PV, battery storage, and Electric Vehicle to load components. We have installed a 4.68 kWh Solar PV system, along with 5.8 kWh Battery Storage and EV2Load (Electric Vehicle-to-Load).
The end result was an advanced renewable system that exceeded the expectations of both our team and the customer.
When our customer approached us with the ambitious goal of designing and installing a fully integrated solar photovoltaic (PV) system, coupled with a high-capacity battery storage solution and Electric Vehicle-to-Load (EV2Load) technology, we were excited to take on the challenge.
Our customer has decided to make the full commitment to renewable energy by installing a comprehensive range of solutions, which will create a fully integrated system consisting of solar photovoltaics, battery storage and an air source heat pump.
To provide an environmentally friendly and reliable source of energy and heating solution, we have installed a 4 kWp ground mounted system composed of 10 x 400W solar panels, 5.8kWh battery storage and a DAIKIN Altherma H HT (high temperature) air source heat pump.
We have designed a fully integrated system combining the solar PV, battery storage, and ASHP to maximize energy efficiency.
The excess electricity generated by the solar PV system can be used to power the ASHP directly, reducing the need for grid electricity.
When solar production is insufficient, the system can draw electricity from the battery storage to power the ASHP.
Transforming Fields into Sustainable Power: Read how our clients harnessed solar energy for self-sufficiency and long-term savings.
A case study on a ground-mounted Solar PV system, carefully oriented for optimal energy production while enhancing visual appeal.
Discover their journey from regulatory challenges to seamless installation and the remarkable benefits of energy independence.
The clients, Mr. and Mrs. Milne, were keen on harnessing solar energy for their residential needs. Having previously installed photovoltaic (PV) panels in a previous house, they were well aware of the benefits of solar energy.
Our customers wanted to make the most of their fields, not only to become more energy self-suficient, but also to make financial savings in the long-term.
With the goal of utilizing the available fields in the most efficient manner, we decided to install a ground mounted Solar PV system with a capacity of 7.8 kWp. This system consists of 20 panels, each having a power output of 390W.
We carefully selected the orientation and angle of the panels to achieve two objectives: firstly, to enhance their visual presence, and secondly, to optimize the amount of energy they can produce.
As the system has been positioned away from nearby buildings and trees to avoid shading, the household can produce more energy compared to roof-mounted systems.
During the installation phase, our customer decided to enhance their energy self-reliance further by incorporating battery storage and the potential for off-grid capabilities. This required revisiting the system's specifications to accommodate the addition of batteries.
Once the groundwork was prepared, the installation of the panels and associated electrical components was conducted efficiently and seamlessly by the Solar Save Renewables’ team. The installation was completed during optimal weather conditions, resulting in a neat and visually pleasing arrangement.
The process of transforming the Milnes' agricultural land into a solar energy hub was not without challenges. Surprisingly, despite being a domestic installation, a full planning application was required by the planning department due to the classification of "change of use." This incurred an unexpected cost of £450. Additionally, any installation exceeding 100m2 required Surface Water Drainage Approval (Suds). Despite these challenges, our team, effectively managed the planning process, responding promptly to the inevitable delays caused by the holiday season.
Our customer’s decision to invest in solar energy generated remarkable results. The combined impact of solar energy generation and battery storage led to a significant reduction in their reliance on external electricity sources. Even in the early months of the year, the homeowners witnessed a remarkable decrease in their electricity imports, with their energy consumption pattern closely matching the solar generation schedule. Moreover, the ability to store and use off-peak electricity during high-demand periods led to substantial savings in overall electricity costs.
Discover how Solar Save Renewables transformed a bungalow with a 3.95 kWp solar PV system featuring 10 QCells 395W solar panels and a 3.6 kW Solis inverter.
Witness the remarkable energy savings and reduced carbon footprint as daily consumption dropped from 9 kWh to as low as 2 kWh.
Explore the financial benefits, customer satisfaction, and seamless installation process that led Mark Summerfield to confidently recommend Solar Save Renewables.
Our client wanted to reduce his household energy consumption and contribute to sustainable energy generation. He decided to invest in a solar photovoltaic (PV) system to harness solar energy and lower his carbon footprint.
Solar Save Renewables, was engaged to install a solar PV system on the roof of the bungalow. The system was designed to optimize energy efficiency and provide significant savings on electricity bills.
Solar Panels: 10 QCells 395W solar panels
Inverter: 3.6 kW Solis inverter
Total System Capacity: 3.95 kWp
Solar Save Renewables precisely planned the installation process to ensure optimal performance and aesthetics. The solar panels were strategically mounted on the roof of the bungalow to capture maximum sunlight throughout the day.
The 3.6 kW Solis inverter was installed in the garage, serving as the heart of the PV system. It efficiently converted the direct current (DC) generated by the solar panels into alternating current (AC) for household use.
The PV system began operating in late spring, during sunny May and June. Our customer observed a remarkable difference in his daily energy consumption compared to the pre-installation period. Prior to the installation, Mark's household daily energy usage ranged from 7.5 kWh to 12 kWh, averaging around 9 kWh.
Since the installation, the daily energy consumption dramatically decreased, with most days averaging only 2-3 kWh and not exceeding 5 kWh. The homeowners were pleasantly surprised that, on certain days, the solar panels generated enough power to cover their household's energy needs entirely, even when appliances like the hob, computer, and washing machine were in use simultaneously.
One of the significant benefits of the solar PV system was the ability to export excess generated energy back to the grid. As Solar Save Renewables are a MCS certified company, the solar PV system was registered and our customer quickly applied for the Smart Export Tarriff (SEG). The electricity supplier began reading the excess energy generated by the system through the smart meter.
This excess energy contribution started to generate monetary returns, resulting in reduced electricity bills and potential income from the generated power.
Our client wanted to reduce his household energy consumption and contribute to sustainable energy generation. With a solar photovoltaic (PV) system to harness solar energy and lower his carbon footprint. The system optimised energy efficiency and provided significant savings on electricity bills.
We were approached by a client who is dedicated to sustainable living and wanted us to design a solar energy solution that could store excess energy and efficiently charge their electric vehicles (EVs). They wanted to reduce their carbon footprint and were looking for an innovative, eco-friendly solution. The client's requirements were to design a solar energy solution with battery storage, store excess solar energy, seamlessly integrate the existing EV charger, and ensure that the solution is both sustainable and affordable. We were excited to take on this unique challenge and work towards providing a solution that met all of the client's needs.
After a detailed analysis of the client's energy consumption patterns, location, and EV charging needs, we devised a comprehensive solution that combines solar panels, battery storage, and the client's pre-existing zappi EV charger.
We designed and installed a 4.74 kWp solar PV system on the client's property. This solar array is strategically positioned to maximize sunlight exposure and energy generation. The solar panels are of high-quality and efficiency, guaranteeing optimal energy conversion.
To address the challenge of energy intermittency, we integrated a 17 kWh battery storage system. This solution enables the client to store excess solar energy generated during the day and utilize it during periods of low sunlight or high energy demand.
By seamlessly integrating the existing EV charger with the newly installed solar PV and battery storage system, we created a holistic solution for sustainable EV charging. The client can now charge their electric vehicles using the stored solar energy, effectively eliminating charging costs and reducing strain on the grid.
By combining solar panels, battery storage, and an existing EV charger, we provided the client with an energy-efficient, environmentally friendly, and cost-effective solution that aligns with their values and aspirations.
The client approached us to create a solar energy solution that can also charge their EVs. We installed a 4.74 kWp solar PV system and a 17 kWh battery storage system on their property. Additionally, we integrated their existing zappi EV charger with the new solar and battery system to provide a sustainable and cost-effective way to charge their electric vehicles.
Discover how Solar Save Renewables seamlessly integrated a 5.2 kWp in-roof Solar PV system into a picturesque rural property, achieving both environmental benefits and aesthetic harmony.
Client Profile:
Mr. and Mrs. J Parsons are the proud owners of a picturesque rural property located in Pencader, Wales. Drawn by their strong commitment to environmental sustainability and a desire to achieve significant financial returns, the Parsons family have decided to explore the opportunity to harness the power of solar energy. However, the couple had reservations about the conventional appearance of solar panels, which they felt might detract from the aesthetic charm of their property.
Challenges of Installing Solar Panels on Rural Property:
The Parsons family faced a dual challenge: to make the most of on the environmental and financial advantages of solar photovoltaic (PV) technology while preserving the visual integrity of their charming rural cottage. They were seeking a solution that seamlessly integrated solar panels into their property's architecture without compromising its visual appeal.
Recognising the unique needs and preferences of our customer, Solar Save Renewables proposed a tailored solution: the installation of an in-roof integrated Solar PV system. The proposed system involved placing the solar panels flush with the roof slates, allowing them to blend harmoniously with the existing architecture.
To achieve this, Solar Save Renewables conducted a thorough assessment of the property's energy requirements and solar potential. It was determined that the optimal placement for the solar panels would be on the east and west elevations of the property. The existing solar thermal panel was moved from the main roof in order to make space for installing the integrated mounting system for the panels. This adjustment allowed for a seamless integration of the solar PV array without compromising the structural integrity of the property.
Solar Save Renewables installed this 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. During the installation process, Mr. and Mrs. Parsons were consistently kept well-informed, with Petar providing clear explanations of the entire setup using easily understandable language at every step of the way.
Solar Save Renewables also took care of all the necessary applications to power suppliers, easing the administrative burden for the customer.
The outcome of the project exceeded the Parsons family's expectations. The in-roof integrated Solar PV system not only contributes to their commitment to sustainability and a greener future but also enhances the property's aesthetic value. The solar panels, neatly integrated with the roof slates, have become a seamless part of the architectural design.
Mr. and Mrs. Parsons are already experiencing the financial benefits of their solar investment, as the integrated system efficiently generates renewable energy and contributes to a reduction in their utility bills. Their testimonial emphasizes their satisfaction with Solar Save Renewables' expertise, professionalism, and the overall success of the project.
Our clients, the owners of a beautiful rural property in Pencader, Wales, wanted to harness the power of solar energy while maintaining the aesthetic appeal of their home. They were looking for an integrated 5.2 kWp in-roof Solar PV system that would blend seamlessly into their property's architecture. Their goal was to achieve environmental benefits and financial returns without compromising the visual charm of their picturesque cottage.
Llangarthginning Farm, located near Carmarthen, in the heart of a serene landscape, is a prime example of sustainable rural development. Comprising three residential properties and a transformed Barn into self-catering holiday accommodation, the farm offers a unique blend of modern amenities and eco-friendly practices.
Solar Save Renewables’ business relationship with the farm owners stretches back over ten years, during this period we have designed and installed various renewable energy and heating technologies. Due to the work we’ve done with the Farm owners before they approached us for this particular job.
The owners wanted to create a self-sufficient rural business and to benefit from the South-facing location of the Barn.
The owners created a space where guests could relax and retreat while minimising their environmental impact. The Barn, once a traditional agricultural structure, was repurposed into self-catering holiday accommodation complete with an indoor pool, hot tub, and sauna. To power these facilities and the entire Barn, the decision was made to harness the energy of the sun through solar panels.
Solar Save Renewables Ltd, was entrusted with designing and installing a solar power system for Llangarthginning Farm. A 14.4 kW Solar PV system was carefully integrated into the farm's infrastructure. The system comprised a series of photovoltaic panels strategically placed to capture the maximum amount of sunlight throughout the day.
The key highlight of this project was the integration of the Solar PV system with the Barn's amenities. The indoor pool, hot tub, and sauna are now powered by electricity generated from the solar panels. This sustainable energy source provides guests with a unique experience, combining luxury and relaxation with a reduced carbon footprint. The system is designed to supply consistent and efficient power to the Barn, ensuring that guests can enjoy their stay without compromising on comfort or environmental responsibility.
Llangarthginnin Farm, located near Carmarthen, is a prime example of sustainable rural development. The owners aimed to create a self-sufficient rural business and benefit from the Barn's South-facing location. Solar Save Renewables Ltd designed and installed a 14.4 kW Solar PV system, strategically integrated into the farm's infrastructure. The system powers the indoor pool, hot tub, and sauna, offering guests a luxurious and environmentally responsible experience.
Timberlink is the midlands largest drive through timber yard. The 13-acre site includes treatment & storage facilities.
Operating within a high-energy demand industry, Timberlink faced a critical challenge - their substantial electricity consumption throughout the year. As a proactive measure to mitigate escalating energy costs and reduce their carbon footprint, the company set out to explore renewable energy solutions. The imperative for a rapid and effective resolution led Timberlink to the decision of investing in a 92 kWp solar panel installation to harness the power of the sun.
In their pursuit of sustainable energy, Timberlink have approached our team at Solar Save Renewables, to design and implement a comprehensive 92kWp Solar Panel system. This installation, equivalent to 236 solar panels, was meticulously tailored to Timberlink's site following a thorough Roof Survey conducted by Solar Save Renewables Ltd. The photovoltaic panels were strategically positioned to optimise sunlight absorption and energy generation.
Timberlink, operating in a high-energy demand industry, faced a critical challenge due to their substantial electricity consumption. As a proactive measure to mitigate escalating energy costs and reduce their carbon footprint, the company decided to explore renewable energy solutions. In order to quickly resolve the issue, they opted to invest in a 92 kWp solar panel installation to harness the power of the sun.
Being carbon neutral and sourcing all the power from renewable sources was one of the most important aspects for our customer.
Due to the characteristics of the property, installing the panels on the roof of the building was not an option. To resolve the roof space problem, we searched for the best ground system.
7.02 kWp ground mounted Solar PV system – 18 panels and Battery Storage
Ben and Lucy decided to invest in 7.02 kWp and use the field close to the house for ground mounted Solar PV system. They also wanted to add a battery to the system so they could store and use more of the electricity they generated.
With the ground mounted solar panel system, we were able to choose the best location for the panels. Solar Save Renewables’ engineers selected the most suitable and innovative ground mounted system for our customer, which was functional, aesthetic and made of 100 % recyclable material.
We've chosen to use the innovative GSE Intégration ground-mounting system as this mounting solution has demonstrated its reliability in residential, commercial and agricultural self-consumption installations.
Our client in Llangeitho, Tregaron, Ceredigion, Wales made the decision to invest in a 7.02 kWp ground-mounted Solar PV system. They also wanted to incorporate a battery into the system to store and utilise more of the generated electricity. It was crucial for our client to be carbon neutral and derive all power from renewable sources. Due to space constraints, installing panels on the building's roof was not feasible, leading us to find the best ground system.
