

















We don’t guess, we model.
Using advanced software and real consumption data, we design a system that’s optimised for performance and return on investment.
Your location, roof orientation, and pitch are analysed to calculate potential solar generation.
Your half-hourly electricity data and operating hours are used to forecast realistic savings.
We design the optimal system size and configuration to maximise ROI.
Final performance figures are confirmed following a full technical site survey.
*This graph demonstrates how we model your energy usage to maximise battery usage and savings.

We provide a fully transparent financial breakdown so you can clearly understand the return on your investment before moving forward.
Using real consumption data and advanced modelling, we show exactly how your system is expected to perform financially and operationally over time.
We provide a detailed breakdown of:
Expected energy savings
Based on your actual usage profile, we calculate how much electricity your system will generate and how much you can offset from your current supplier costs
Payback period
A clear projection of how long it will take for the system to pay for itself through energy savings and tax incentives
System performance over time
Long-term forecasts showing energy generation, degradation, and overall system efficiency across its lifespan
Return on investment (ROI)
A full financial model showing total savings, net profit over time, and overall return on your investment
Battery storage comparisons (if applicable)
We model different battery sizes to show how storage impacts savings, self-consumption, and ROI
With the support of the Annual Investment Allowance (AIA), many businesses can significantly reduce the upfront cost of their system by offsetting it against taxable profits.
This can accelerate payback to around 3 years or less, while improving overall return and making solar a highly cash-flow-positive investment from an early stage.

Solar panels are made up of photovoltaic cells using semiconducting materials that produce electricity when exposed to light
The energy generated is in direct current (DC), which is then converted into alternating current (AC) by an inverter so it can be used across your site
The electricity produced is used on-site first, meaning every unit generated reduces the amount you need to purchase from your energy provider
Solar panels continue to generate electricity even on cloudy days, as they rely on daylight rather than direct sunlight
Higher light intensity leads to greater energy production, maximising output during brighter conditions









Produce your own electricity to power daily operations
Reduce exposure to rising energy prices and market volatility
Earn from excess energy that your business doesn’t use
Benefit from low maintenance systems with a lifespan of 25 to 30 years or more
Take advantage of warranties of up to 25 years for added peace of mind
Increase the value and efficiency of your commercial property
Reduce upfront costs through available tax incentives and allowances
Generate approximately 20,000 kWh of clean electricity
Save around £3,000 on energy costs
Reduce carbon emissions by roughly 9 tonnes of CO₂


In many cases, yes, and where there are challenges, there are often practical solutions.
Most commercial buildings can be assessed for solar, but the key factors are roof suitability, ownership, structural capacity, and shading. If your building is leased, installation may still be possible with the landlord’s approval.
If there are any concerns around the roof structure, we can arrange structural surveys and assessments to confirm suitability before any installation moves forward.
Where shading is a factor, this doesn’t always rule solar out. We can design around partial shading using optimised systems such as SolarEdge, helping to reduce the impact on performance and maximise generation.
The best way to find out is with a professional assessment, we’ll review your site and advise on the most suitable system for your building.
Businesses have traditionally relied on fossil fuels like oil or gas or used electricity from the energy companies to generate heat. Solar panels are a greener choice because they are a low-carbon renewable source of energy generated from daylight. The electricity produced can meet your energy demands to power your business, and any excess can be stored in solar batteries, or even exported back to the Grid. As with all technologies, solar isn’t perfect and in the production and distribution of solar panels there are carbon impacts, however, these are typically offset within a short time of installation.
Savings vary depending on your system size, energy usage and site conditions, but most businesses see significant reductions in electricity costs from day one.
The biggest factor is how much energy you use during the day, as this is when your solar system is generating power. The more you use on-site, the more you can save. System design, roof orientation and shading can also influence performance, but these are all factored in during our assessment.
Typically, commercial systems are designed to deliver strong returns over 25+ years, with many businesses achieving payback in under 4–5 years, while continuing to generate free electricity long after.
We provide a tailored savings forecast for your site, so you can clearly see expected savings, return on investment, and long-term value before making a decision.
Planning permission is not usually required for solar panels on commercial settings as they are normally considered ‘Permitted Development’. This is subject to the installation meeting the conditions laid down including size, height, distance from the property boundary, and visibility.
The time taken for a solar installation at a commercial premises will depend on the size and specific requirements of the project. Commercial installations can require multiple days to be installed, especially if the premises and roof space are large, and therefore requiring significant numbers of solar panels..
Solar doesn’t require direct sunlight in order to generate, so electricity can still be produced on cloudier days, albeit at a lower rate. When your solar system is not producing electricity at sufficient rate to meet your business needs, you will just draw electricity from the grid, as you did prior to the solar installation.
Commercial solar panels will usually last between 20-25 years, but for more modern solar panels the lifespan could even reach 40 years. Efficiency can reduce over time and inverters need to be maintained and occasionally replaced, but overall the lifespan of solar panels is long, allowing you to get a return on your investment several times over.
Businesses can claim tax relief under the Annual Investment Allowance of up to £1 Million. This tax break allows you to take 100% of qualifying investments off of your taxable profits, thus reducing your corporation tax bill and in turn the cost of going solar. As an example, a solar PV system costing £166,600 could be reduced to £134,946 – being reduced by £31,654 (19% Corporation Tax). You may only claim a saving on solar against the Annual Investment Allowance if you have not exhausted the £1 Million annual cap. For more information read our full article on solar panel capital allowances.
We know that a commercial solar PV system can be a significant outlay for some businesses and for this reason it is possible to pay the costs in instalments. We can refer you to asset finance providers to fund your system and pay for it over a period of 10 years.
Getting solar installed is a straightforward process, and we guide you through each step.
Once you get in touch, we’ll carry out an initial assessment and provide a bespoke system design and savings forecast for your site. We’ll then complete a site survey to finalise the technical design and confirm the best solution for your building.
For most commercial systems, we also need approval from your local electricity network operator (DNO). In simple terms, this is the company responsible for the local power network, and they need to confirm that your new solar system can be safely connected to the grid. This process typically takes 1–3 months.
Once this is in place, installation can usually be scheduled within around 4 weeks.
We manage the process from design through to installation and commissioning, making it as simple as possible for your business to start benefiting from solar.














3. Bespoke Proposal

4. Cost & Savings Guidance

5. Compliance & Installation

6. Monitoring & Maintenance

7. Start Saving





We don’t guess, we model.
Using advanced software and real consumption data, we design a system that’s optimised for performance and return on investment.
Your location, roof orientation, and pitch are analysed to calculate potential solar generation.
Your half-hourly electricity data and operating hours are used to forecast realistic savings.
We design the optimal system size and configuration to maximise ROI.
Final performance figures are confirmed following a full technical site survey.
*This graph demonstrates how we model your energy usage to maximise battery usage and savings.

We provide a fully transparent financial breakdown so you can clearly understand the return on your investment before moving forward.
Using real consumption data and advanced modelling, we show exactly how your system is expected to perform financially and operationally over time.
We provide a detailed breakdown of:
Expected energy savings
Based on your actual usage profile, we calculate how much electricity your system will generate and how much you can offset from your current supplier costs
Payback period
A clear projection of how long it will take for the system to pay for itself through energy savings and tax incentives
System performance over time
Long-term forecasts showing energy generation, degradation, and overall system efficiency across its lifespan
Return on investment (ROI)
A full financial model showing total savings, net profit over time, and overall return on your investment
Battery storage comparisons (if applicable)
We model different battery sizes to show how storage impacts savings, self-consumption, and ROI
With the support of the Annual Investment Allowance (AIA), many businesses can significantly reduce the upfront cost of their system by offsetting it against taxable profits.
This can accelerate payback to around 3 years or less, while improving overall return and making solar a highly cash-flow-positive investment from an early stage.

Solar panels are made up of photovoltaic cells using semiconducting materials that produce electricity when exposed to light
The energy generated is in direct current (DC), which is then converted into alternating current (AC) by an inverter so it can be used across your site
The electricity produced is used on-site first, meaning every unit generated reduces the amount you need to purchase from your energy provider
Solar panels continue to generate electricity even on cloudy days, as they rely on daylight rather than direct sunlight
Higher light intensity leads to greater energy production, maximising output during brighter conditions
















Produce your own electricity to power daily operations
Reduce exposure to rising energy prices and market volatility
Earn from excess energy that your business doesn’t use
Benefit from low maintenance systems with a lifespan of 25 to 30 years or more
Take advantage of warranties of up to 25 years for added peace of mind
Increase the value and efficiency of your commercial property
Reduce upfront costs through available tax incentives and allowances
Generate approximately 20,000 kWh of clean electricity
Save around £3,000 on energy costs
Reduce carbon emissions by roughly 9 tonnes of CO₂


In many cases, yes, and where there are challenges, there are often practical solutions.
Most commercial buildings can be assessed for solar, but the key factors are roof suitability, ownership, structural capacity, and shading. If your building is leased, installation may still be possible with the landlord’s approval.
If there are any concerns around the roof structure, we can arrange structural surveys and assessments to confirm suitability before any installation moves forward.
Where shading is a factor, this doesn’t always rule solar out. We can design around partial shading using optimised systems such as SolarEdge, helping to reduce the impact on performance and maximise generation.
The best way to find out is with a professional assessment, we’ll review your site and advise on the most suitable system for your building.
Businesses have traditionally relied on fossil fuels like oil or gas or used electricity from the energy companies to generate heat. Solar panels are a greener choice because they are a low-carbon renewable source of energy generated from daylight. The electricity produced can meet your energy demands to power your business, and any excess can be stored in solar batteries, or even exported back to the Grid. As with all technologies, solar isn’t perfect and in the production and distribution of solar panels there are carbon impacts, however, these are typically offset within a short time of installation.
Savings vary depending on your system size, energy usage and site conditions, but most businesses see significant reductions in electricity costs from day one.
The biggest factor is how much energy you use during the day, as this is when your solar system is generating power. The more you use on-site, the more you can save. System design, roof orientation and shading can also influence performance, but these are all factored in during our assessment.
Typically, commercial systems are designed to deliver strong returns over 25+ years, with many businesses achieving payback in under 4–5 years, while continuing to generate free electricity long after.
We provide a tailored savings forecast for your site, so you can clearly see expected savings, return on investment, and long-term value before making a decision.
Planning permission is not usually required for solar panels on commercial settings as they are normally considered ‘Permitted Development’. This is subject to the installation meeting the conditions laid down including size, height, distance from the property boundary, and visibility.
The time taken for a solar installation at a commercial premises will depend on the size and specific requirements of the project. Commercial installations can require multiple days to be installed, especially if the premises and roof space are large, and therefore requiring significant numbers of solar panels.
Solar doesn’t require direct sunlight in order to generate, so electricity can still be produced on cloudier days, albeit at a lower rate. When your solar system is not producing electricity at sufficient rate to meet your business needs, you will just draw electricity from the grid, as you did prior to the solar installation.
Commercial solar panels will usually last between 20-25 years, but for more modern solar panels the lifespan could even reach 40 years. Efficiency can reduce over time and inverters need to be maintained and occasionally replaced, but overall the lifespan of solar panels is long, allowing you to get a return on your investment several times over.
Businesses can claim tax relief under the Annual Investment Allowance of up to £1 Million. This tax break allows you to take 100% of qualifying investments off of your taxable profits, thus reducing your corporation tax bill and in turn the cost of going solar. As an example, a solar PV system costing £166,600 could be reduced to £134,946 – being reduced by £31,654 (19% Corporation Tax). You may only claim a saving on solar against the Annual Investment Allowance if you have not exhausted the £1 Million annual cap. For more information read our full article on solar panel capital allowances.
We know that a commercial solar PV system can be a significant outlay for some businesses and for this reason it is possible to pay the costs in instalments. We can refer you to asset finance providers to fund your system and pay for it over a period of 10 years.
Getting solar installed is a straightforward process, and we guide you through each step.
Once you get in touch, we’ll carry out an initial assessment and provide a bespoke system design and savings forecast for your site. We’ll then complete a site survey to finalise the technical design and confirm the best solution for your building.
For most commercial systems, we also need approval from your local electricity network operator (DNO). In simple terms, this is the company responsible for the local power network, and they need to confirm that your new solar system can be safely connected to the grid. This process typically takes 1–3 months.
Once this is in place, installation can usually be scheduled within around 4 weeks.
We manage the process from design through to installation and commissioning, making it as simple as possible for your business to start benefiting from solar.






