Solar Installations For Farms
In Derby

• Solar panels can provide a reliable source of energy, reducing dependence on non-renewable energy sources like fossil fuels.
• Solar farms help to reduce energy costs over the long term, providing a stable source of energy at a predictable cost.
• Installing solar panels can help to reduce greenhouse gas emissions, helping to mitigate climate change and contribute to a more sustainable future.
• Solar panels increase the value of a farm, making it more attractive to potential buyers or tenants.
• Solar panels can also provide shade for livestock or crops, helping to regulate temperature and prevent sun damage.

• The initial upfront cost of installing solar farms can be high, requiring a significant investment of capital.
• The effectiveness of solar panels can be affected by weather conditions, such as clouds or low light, and may not generate as much energy during the winter months.
• Maintenance and repairs of solar panels may be required over time, which can add to the overall cost.
• Installation of solar panels may require additional permits or approvals, which can create delays and increase costs.
• Depending on the location of the farm and the design of the solar panels, the setup may require significant land use, potentially limiting future uses for the land.

If you would like to discuss agricultural solar panels and whether installing solar panels on your farm in Derby is right for you, please contact Panelit Solar today.

We will conduct a thorough site survey to determine the suitability of your land for solar installation. Our team will also assess your energy needs, electricity costs, the size of your farm and any relevant local regulations. We also consider the nature of agricultural land, food production, the electricity generated for your needs and other key business factors.

Our goal is to provide our clients with an accurate assessment of the suitability of their land for solar installation, as well as any associated costs and regulations.

During our site survey, we will evaluate various factors that affect the potential of your land for solar panels, such as:

Solar resource: We will assess the sunlight your land receives throughout the year, using advanced software and tools to analyse historical weather data and other relevant information.

Shading: We will evaluate the extent and location of any shading on your land, such as trees, agricultural buildings, or other obstructions that could limit the potential of your solar farm. We help you find the most ideal locations that don't require planning permission.

Land use: We will assess how you currently use your land in Derby and any plans you have for development to determine the best location and design for your solar farm. Whether you are producing food, have sheep grazing, store combine harvesters or cultivate native vegetation, we help you find the most suitable area on your land.

Grid connection: We will evaluate the proximity and capacity of the grid connection to your land, as well as any relevant regulations or requirements for connecting to the grid.

Budget: We will discuss your budget and provide you with a detailed cost estimate for your solar investment, including any potential rebates or incentives available.

Once we have completed our site survey and feasibility study, we will provide a detailed report outlining our findings and recommendations. This report will include a proposal for your solar system design and a breakdown of costs and potential savings associated with the installation.

Based on the information gathered during the site survey, our team will design a solar farm system that meets your energy needs and maximises the potential of your land.

At Panelit Solar, our team of experts will use the information gathered during the site survey to design a solar system tailored to your farm's specific energy needs and maximise your land's potential.

Here is an overview of what we do during the system design phase:

System sizing: We use advanced software and tools to determine the optimal size of your solar farm based on your energy needs, available space, and solar resource. This ensures that your system is efficient and cost-effective without compromising on your energy requirements.

Related post: How many solar panels do I need?

Panel placement: Our team will design a panel placement plan that maximises the sunlight your panels receive throughout the day while considering any shading or obstructions identified during the site survey.

Mounted solar panels are often recommended for solar projects, but we can advise on all manner of placements, including wall, ground and even water placement.

Inverter selection: We will select the appropriate inverter for your power system based on your energy needs, panel configuration, and other relevant factors. This is crucial for ensuring that your system is efficient and performs optimally.

Related post: What size solar inverter do I need?

Electrical design: Our team will design the electrical components of your solar system, including wiring, switches, and protection equipment. This ensures your system is safe, reliable, and compliant with all relevant regulations.

Monitoring and control: We will design a monitoring and control system that allows you to monitor the performance of your solar system in real-time, identify any issues, and optimise its performance.

Once the system design is complete, we will provide you with a detailed report outlining the specifications of your solar system.

Our team of qualified engineers will install the solar panels, inverters and all necessary agricultural buildings or ground mounted electrical equipment to ensure a safe and efficient system. Our installation process ensures your solar farm is safe, efficient, and performs optimally. Here is an overview of what we do during the installation phase:

Equipment delivery: We will coordinate the delivery of all the necessary equipment to your farm, including solar panels, inverters, mounting systems, and other essential components.

Site preparation: Our team will prepare the site for installation, which may involve clearing the land, levelling the ground, and installing any necessary supports or foundations for the solar panels.

We also offer panel installation, inverter installation and electrical wiring as part of this service, offering peace of mind to agricultural businesses.

Commissioning refers to inspecting, testing and certifying the solar farms system to ensure it operates efficiently and safely.

To commission the solar system, our team of experts will thoroughly:

• Inspect the panels, inverters, and other components
• Test the system to ensure it functions correctly

Once we commission a system, we will provide you with a certificate of compliance, which verifies that the system has been installed and tested in compliance with all relevant safety and performance standards.

We offer a comprehensive maintenance service to ensure your solar system continues operating at peak performance. Our team will conduct regular checks and servicing to identify and address any issues before they become significant problems.

Our maintenance services include:

• Regular checks on agricultural land and ground mounted solar panels
• Whether you are generating electricity to the expected standard
• We clean your solar array, ensuring they are free of dirt and debris
• We report on any issues which might impact your agricultural business

By offering a comprehensive maintenance service, we help you to maximise the return on your investment in renewable energy. Regular maintenance can extend the lifespan of your solar system and ensure that it continues to produce energy efficiently for many years to come.

With our remote monitoring system, we can track the performance of your solar energy system in real time from anywhere. Our team of experts will install a monitoring device that collects data on the system's output and sends it to our monitoring centre.

If any issues arise, our team will immediately notify you and take action to resolve the problem. We will also provide you with regular performance reports so that you can keep track of your system's energy production and overall efficiency.

Remote monitoring is a critical part of our service because it allows us to detect and resolve any potential issues before they become more significant problems that could negatively impact the performance of your solar power system.

By addressing any issues in real-time, we can ensure that your system always works efficiently and produces the maximum amount of energy possible.

We can upgrade and expand your solar energy system as your energy needs grow, ensuring you always have access to the energy you need.

Our Derby team will work closely with you to assess your energy needs and determine the best approach for upgrading or expanding your solar technology system. Whether you need to add more panels or upgrade your existing components, we have the skills and knowledge to complete the job efficiently and effectively.

We can also help you to navigate any regulatory requirements or paperwork associated with upgrading or expanding your solar power system, making the process as smooth and stress-free as possible.

We aim to ensure that you always have access to the energy you need, no matter how your energy needs change over time. We will work with you every step of the way to ensure that your solar power system is continuously operating at its best, providing you with the maximum amount of free energy possible.

Generally, larger solar power systems have a lower cost per unit of energy generated, as they benefit from economies of scale. However, the initial upfront cost of installing a more extensive system can be higher, and large scale solar farms will cost more, but they'll capture more solar energy.

In terms of specific costs, a 10kWp solar power system for a farm in Derby can cost anywhere from £10,000 to £15,000. A 50kWp system could cost between £50,000 and £75,000, while a 100kWp system could cost anywhere from £100,000 to £150,000.

Regarding the average panel costs for solar energy per acre of land, expect to pay around 5p for every kWh.

It's important to note that these figures are just rough estimates and that the actual cost of installing a solar power system on farms in Derby will depend on several factors, including the location of the farm, farm buildings, the specific energy requirements of the farm, and the type of equipment used.

We can also advise on matters like capital allowances, planning permission, battery storage and all other matters. Unfortunately, the Feed In Tariff scheme is no longer in place, although the Smart Export Guarantee (SEG) scheme has replaced the Feed in Tariff option.

With escalating overheads, we know all farms are looking for the cheapest form of power that is nature friendly. There is growing interest in solar energy for electricity, and the vast majority of farmers are open to incorporating solar panels to or alongside agricultural buildings.

If you don't have adequate roof space on farm buildings, photovoltaic cells and mounted solar panels help with generating electricity, reducing the reliance UK farmers have on conventional power stations, energy companies and the national grid. With your own electricity, you have greater power over electricity costs, and you can generate further income with smart use of agricultural land.

We can provide detailed quotes and cost projections based on the specific needs of each farm, allowing farmers to make informed decisions about their energy investments, so contact us today.

The quantity of land required for a solar farm installation is determined by the system's size, the type of panels utilised, and the farm's energy requirements. A 1 MW solar farm typically takes 4-5 acres of land, however this might vary depending on factors like panel efficiency and local sun irradiance.

The finest solar panels for farm installations are determined by considerations such as budget, energy demand, and available space. Monocrystalline panels are more efficient and take up less space, whereas polycrystalline panels are less expensive but slightly less efficient.

You'll need to analyse your farm's energy use, available installation space, and local solar irradiation to decide the proper size solar system for your farm's energy needs. A solar installer can assist you with this assessment and create a system that is tailored to your specific needs.

Yes, solar panels can be mounted on agricultural buildings such as barns and greenhouses as long as the structures can withstand the additional weight and have sufficient mounting surfaces. This can be a space-saving alternative that allows for more efficient use of farm land.