Your Complete Solar Energy Solution

MCS-Certified Installers | 25-Year Warranties | Free Site Survey

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.

A 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. We want you to have a clear view of how your investment is allocated so you can make well-informed decisions. 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

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 maximizes 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

Standard-efficiency options from:

Trina Solar
Canadian Solar
LONGi Solar

Mid-Range Panels

Balanced performance from:

JinkoSolar
JA Solar

High-Efficiency Panels

Maximum output from:

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.

Standard silver frame

Standard all-black

Real Customer Installations:

Llanelli Family Home - See how a 5.46kWp system with SolaX battery storage transformed their energy usage
Dryslwyn Family House - 4.74 kWp solar PV with 17 kWh battery storage achieving 85% energy independence
Solar photovoltaic (PV) system with microinverters in the city centre of Cardiff - Compact urban installation proving solar works in any setting

How Many Solar Panels Do You Need? Find Your Ideal System Size

Wondering how many solar panels you'll need for your home? It depends on various factors such as your energy consumption, roof size, and budget. On average, most homes in the UK require between 10 and 14 panels. Our comprehensive guide helps you determine the right number for your needs.

Real Example: The Davies family near Llandeilo had a 4-bed detached home using 4,800 kWh annually. Our 13-panel system now covers 92% of their needs, with their battery storing excess for evenings. "We only buy electricity in deepest winter now," Mr. Davies reported.

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

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

Key Determining Factors for Solar Panel Installation

Daily energy use: We analyse 12 months of bills for accuracy
Roof characteristics: South-facing roofs at 30-40° are ideal, but east/west orientations are also viable
Shading: Trees or chimneys may require optimisers to maintain efficiency
Panel type: Monocrystalline panels offer the highest efficiency
Future needs: EV charging or heat pumps may require you to oversize your system

Physical Requirements for Solar Panel Installation

Space: Each 440-450W panel needs approximately 1.8m² of space, including spacing for airflow
Inverter location: Wall-mounted inverter unit (similar in size to a small suitcase)
Roof condition: Your roof should have at least 15+ years of remaining lifespan for installation
Access: Safe and accessible roof space is required for installers
Structural survey: Included as part of our free, no-obligation solar panel assessment

Planning & Regulations for Solar Panels

In most cases across England and Wales, solar panels fall under Permitted Development Rights, making them easier to install without planning permission. However, there are some specific considerations:

Solar panels are typically allowed under Permitted Development Rights
Flat roof installations are now generally permitted
Listed buildings may require special consent
Conservation areas might have restrictions on solar panel installation

Rest assured, our team will handle all the necessary paperwork and checks for you during the installation process.

Important: The figures presented here represent typical installations. Your exact solar panel requirements will be confirmed during our no-obligation survey, which includes:

Detailed shading analysis
3D roof modelling to assess the optimal placement of panels
Precise energy generation forecasts based on your home's characteristics

Achieve Energy Independence with Battery Storage

"Adding battery storage was the best decision we made. During the October storm power cuts, our lights stayed on while neighbors were in the dark. The system paid for itself that week alone."

— The Morgan Family, Brecon (8.2kW system with 13.5kWh storage)