Solar PV & Solar Panel Installation for Homes and Businesses
Generate cleaner electricity, reduce reliance on the grid and improve long-term property efficiency with professionally planned Solar PV systems from AEG Construction. We support homeowners, landlords, developers, businesses and retrofit projects with solar panel installation, battery-ready system design and clear project guidance.
Every system is considered around the property, roof layout, shading, electricity use and future energy goals. Support is available from the initial assessment and tailored quotation through to installation, testing and handover.
What Are Solar Panels and How Does Solar PV Work?
Solar photovoltaic panels use daylight to generate direct-current electricity. An inverter converts this electricity into alternating current that can be used by appliances, lighting, equipment and other electrical systems within the property.
A complete Solar PV installation normally includes the panels, mounting system, inverter, cabling, electrical protection, monitoring equipment and, where selected, battery storage.
Solar panels capture energy from daylight.
The inverter converts generated power into usable electricity.
The property uses the available solar electricity first.
Surplus electricity can be stored or exported, subject to the system setup and eligibility.
Use, Store or Export Solar Electricity
Electricity generated by solar panels can be used immediately within the building. A compatible battery can store surplus generation for later use, helping the property use more of its own renewable electricity during the evening or lower-generation periods.
Eligible small-scale generators may also apply to a participating electricity supplier for a Smart Export Guarantee tariff and receive payment for metered electricity exported to the grid. Tariffs, eligibility rules and contract terms vary by supplier.
Why Install a Solar PV System?
A properly sized solar panel system can support lower grid-electricity use, cleaner on-site generation and a more flexible long-term energy strategy for residential and commercial properties.
Reduce Grid Electricity Use
Use electricity generated at the property and reduce the amount that needs to be purchased from the grid.
Support Property Efficiency
Solar PV can form part of a wider plan to improve energy performance, reduce demand and modernise a building.
Long-Term Generation
Modern solar panels are designed to generate electricity over many years with relatively limited routine maintenance.
Lower-Carbon Electricity
Generate renewable electricity on-site and support carbon-reduction objectives for the property or organisation.
Battery and EV Readiness
Plan Solar PV alongside battery storage, electric vehicle charging and future electrical demand.
Better Energy Control
Monitoring and storage options can provide clearer visibility over generation, consumption and exported electricity.
Solar Panels for Homes and Businesses
System design should reflect the building, available roof or land area, daytime electricity demand and the objectives of the property owner.
Domestic Solar PV Installation
Residential solar panels can help households generate electricity during daylight hours, reduce grid dependence and prepare for battery storage, EV charging or wider home-energy upgrades.
Solar panel systems sized around household electricity use
Roof, shading and access assessment before final design
Battery-ready and solar-plus-battery options
Monitoring guidance and system handover
Integration with wider retrofit measures where appropriate
Commercial Solar PV Solutions
Commercial Solar PV can help businesses, landlords, developers and organisations generate electricity on-site, manage operational costs and support sustainability or ESG objectives.
Offices and mixed-use commercial buildings
Warehouses, industrial units and workshops
Schools, community buildings and public-sector properties
Housing providers and multi-property programmes
System design aligned with daytime load and operational demand
Solar Panel System Costs and Packages
The following figures provide an initial package guide before a survey, technical review and final quotation. Actual Solar PV cost depends on the property, equipment specification, access, scaffolding, cable routes, electrical work and any battery-storage requirements.
3kW Solar PV System
A potential starting point for smaller homes or properties with moderate electricity demand and suitable roof space.
Property-led Solar PV design
Panels, inverter and essential system components
Battery-ready options where suitable
Installation, testing and handover scope confirmed by quote
6kW Solar PV System
A potential option for larger homes, higher electricity use or properties seeking greater generation capacity.
Higher potential generation than a smaller system
Design based on roof layout and electricity demand
Battery storage integration available separately
Final equipment and installation scope confirmed after review
Solar Battery Storage
Battery cost depends on usable capacity, inverter compatibility, expected usage, backup requirements and the wider system design.
Store surplus generation for later use
Increase solar self-consumption
Plan around evening or peak-time demand
Available with new systems or as a separate assessment
Make Better Use of the Electricity Your Panels Generate
Solar battery storage allows surplus electricity generated during the day to be stored and used later. This can be useful where a property has higher demand in the evening or wants to reduce the amount of solar electricity exported at the time it is generated.
Use more of your own solar electricity
Support evening and lower-generation-period demand
Improve visibility and control through compatible monitoring
Prepare for future electricity use, including EV charging
Grid-Connected and Stand-Alone Solar Systems
The correct arrangement depends on grid access, property requirements, expected electricity demand and whether battery storage is included.
Grid-connected Solar PV: The property can use solar electricity while remaining connected to the grid. Surplus generation may be exported where the system and metering arrangements are eligible.
Solar PV with battery storage: Surplus generation can be stored and used later, increasing the proportion of solar electricity consumed within the property.
Stand-alone systems: Off-grid arrangements rely on appropriate generation, storage and backup planning and require a detailed technical assessment.
What Affects Solar Panel Performance?
Solar generation varies by property. A professional assessment helps determine the practical system size and likely performance before installation.
Roof orientation and pitch: South-facing roofs often provide strong annual generation, while east- and west-facing roofs may also be suitable.
Available roof area: The usable area influences how many panels can be installed and the potential system capacity.
Shading: Trees, chimneys, neighbouring buildings and roof features can reduce output at certain times.
Roof and electrical condition: Structural suitability, access, consumer-unit condition and cable routes must be considered.
Electricity-use pattern: Daytime demand, future EV use and battery plans help determine appropriate system sizing.
Solar PV as Part of a Retrofit or Decarbonisation Plan
Solar panels can work alongside insulation, heating, ventilation, controls and battery storage as part of a coordinated plan to reduce building energy demand and operational carbon.
Insulation and building-fabric improvements
Air source heat pumps and low-carbon heating
Ventilation, heating controls and system optimisation
Battery storage and electric vehicle charging planning
Coordinated assessment, design and installation sequencing
From Solar Enquiry to System Handover
A structured process helps align the system design, quotation and installation plan with the property and its electricity requirements.
Initial Enquiry
Tell us about the property, current electricity use and what you want the system to achieve.
Property Assessment
Roof suitability, shading, access, electrical requirements and potential system location are reviewed.
System Design and Quote
A recommended Solar PV configuration and itemised project scope are prepared for review.
Professional Installation
The agreed panels, mounting, inverter, electrical components and optional battery are installed.
Testing and Handover
The system is tested and the customer receives operational, monitoring and documentation guidance.
Ask About Flexible Payment Options
AEG Construction can discuss available payment routes for eligible Solar PV installations. Where a three-year 0% interest option is available, the final system price and repayment details will be confirmed through the formal quotation and approval process.
Any finance or 0% interest option is subject to status, eligibility, lender approval, terms and conditions, and the final quotation. Battery storage is quoted separately. Finance wording and regulatory disclosures should be checked by AEG Construction and the relevant finance provider before publication.
Available only on qualifying installations and subject to approval and final terms.
Spread eligible project payments rather than paying the full cost upfront.
Discuss the solar system and separately priced battery option during the same assessment.
Solar PV Funding, Export Payments and Wider Support
Solar PV is not universally grant-funded. Eligibility depends on the household, property, scheme and whether solar forms part of a wider qualifying energy-improvement programme. AEG Construction can review relevant routes without presenting funding as guaranteed.
Initial eligibility review for relevant energy-improvement support
Smart Export Guarantee guidance for eligible exported electricity
Payment-route discussion where direct grant support is unavailable
Coordination with wider retrofit or decarbonisation measures
Why Choose AEG for Solar Panel Installation?
AEG Construction combines Solar PV project support with wider experience in retrofit, energy efficiency and sustainable building upgrades for residential and commercial properties.
System recommendations shaped around the property and energy use
Support for domestic, commercial and multi-measure projects
Clear quotation, installation scope and handover guidance
Battery storage and wider retrofit integration options
Compliance-focused planning and project documentation
Support for properties across Derbyshire, the East Midlands and wider UK projects
Start Your Solar PV Enquiry
Share a few details about your property, roof and energy goals. The AEG Construction team can then review the enquiry and discuss a suitable next step.
By submitting the form, you agree that AEG Construction may contact you about your Solar PV enquiry. Read the Privacy Policy.
Solar Panel and Solar PV FAQs
Common questions about suitability, costs, battery storage, planning and installation.
Are solar panels worth installing in the UK?
Solar panels can be worthwhile where the property has suitable space, manageable shading and an electricity-use profile that allows a useful proportion of generation to be consumed on-site. The financial outcome depends on system cost, electricity prices, usage, generation, battery choice and any export tariff.
Do solar panels work on cloudy days and during winter?
Yes. Solar PV panels generate electricity from daylight rather than heat, so they continue to operate in cloudy weather and during winter. Output is normally lower when daylight hours are shorter or solar irradiance is reduced.
How much does a Solar PV system cost?
Cost depends on system size, equipment, roof access, scaffolding, electrical work, cable routes and battery requirements. AEG Construction currently uses indicative figures of around £5,995 for a 3kW Solar PV system and around £7,995 for a 6kW Solar PV system, with battery storage quoted separately. A final price requires a survey and confirmed quotation.
Can I add battery storage to my solar panel system?
Yes. A compatible battery can be included with a new Solar PV installation or assessed as a later upgrade. Correct battery sizing depends on generation, electricity-use patterns, inverter compatibility, desired backup capability and budget.
Can I receive payment for exported solar electricity?
Eligible small-scale generators in Great Britain may apply for a Smart Export Guarantee tariff from a participating electricity supplier. The supplier sets the tariff rate, contract terms and application requirements, and suitable export metering is required. Review current information on the Ofgem Smart Export Guarantee page.
Do solar panels require planning permission?
Many residential solar-panel installations in England can fall under permitted development, but limits and conditions apply. Listed buildings, conservation areas, unusual roof positions, stand-alone arrays and other restrictions may require additional checks. Review the Planning Portal guidance and confirm requirements with the relevant local authority.
How long does solar panel installation take?
The on-site installation period varies according to system size, roof access, scaffolding, electrical work, weather and whether battery storage is included. The overall project also includes assessment, design, approvals or notifications where required, scheduling, testing and handover.
Can I spread the cost of solar panels?
AEG Construction can discuss available payment options. Any three-year 0% interest option is subject to status, eligibility, lender approval, terms and conditions, and the final quotation. The payment route may affect the final package price.
Plan a Solar PV System Around Your Property
Discuss solar panel installation, battery storage, indicative system packages and available payment routes with AEG Construction. The next step is a property-led assessment and a clear quotation based on the required system scope.
