Reduce your farm's energy costs and improve sustainability with solar panels designed specifically for agricultural use. Solar Path delivers renewable energy solutions tailored to meet the unique demands of modern farming operations, helping you generate your own electricity while reducing dependency on the national grid.
Contact Solar Path for more information and a free consultation about your solar project. Our team will conduct your research and a site survey and provide a detailed quote for your solar PV design and installation.
With rising energy costs affecting agricultural businesses across Ireland, installing solar PV systems offers a practical solution to reduce operational expenses. Farms benefit from extensive roof space and high energy needs, making them ideal candidates for agricultural solar PV installations.
By generating your own electricity through solar power, you can substantially decrease electricity bills and protect your farming business from fluctuating energy rates. Solar energy supports sustainable farming practices, helping you meet carbon reduction goals while staying ahead of environmental regulations that impact the agricultural sector.
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Maximize Savings and Efficiency with Solar PV Systems
Significant Energy Savings: Transitioning to solar PV panels allows farmers to cut electricity bills by up to 75%, depending on system size and energy usage patterns. Solar PV provides reliable, low-cost power, reducing dependence on traditional energy suppliers while offsetting rising electricity costs.
Enhanced Sustainability: Solar energy systems generate clean energy, significantly reducing your farm's reliance on fossil fuels and decreasing your carbon footprint. This commitment to green energy aligns with environmental responsibilities and demonstrates dedication to sustainable agriculture for future generations.
Government Grants and Incentives: Farmers can access substantial financial support through schemes like the TAMS 3 Solar Capital Investment Scheme, offering grant aid covering up to 60% of installation costs. Additional benefits through accelerated capital allowance further reduce the net cost of your solar PV investment.
Positive Return on Investment: Farm solar PV systems typically achieve payback period of 5-7 years. Over their 25-30 year lifespan, these systems deliver ongoing savings on electricity bills, making them a sound financial decision for forward-thinking agricultural businesses.
A Simple and Straightforward Approach
1. Initial Consultation
Our team begins by discussing your farm's specific energy needs and assessing whether your roof space or land is suitable for solar panels. This evaluation helps determine the feasibility of a custom solar PV system designed specifically for your agricultural requirements.
2. Customised Solar Proposal
After evaluating your farm's potential for renewable energy, we provide a tailored proposal outlining optimal system size, projected electricity production, costs, and available solar power grants for farms. This comprehensive assessment ensures you can make an informed decision about your solar PV panels investment.
3. Streamlined Approval and Grant Application
Once approved, our specialists handle the entire grant application process with the Sustainable Energy Authority and other relevant bodies, ensuring all documentation is correctly completed. We manage planning permission requirements and ESB Networks applications from start to finish, allowing you to focus on running your farm.
4. Installation and Commissioning
Our skilled technicians install your solar PV system efficiently, minimizing disruption to daily farm operations. We offer both roof-mounted and ground-mounted options depending on your farm's geographical location and specific needs. Post-installation, we commission the system and provide training on monitoring your energy production.
5. Ongoing Support and Annual Review
We offer continuous support, including annual system reviews to maintain peak performance. Our monitoring services track how your solar panels convert solar radiation into electricity, ensuring optimal energy generation throughout the system's lifespan.
1. Targeted Agricultural Modernisation Scheme (TAMS 3)
This solar for agri scheme is tailored specifically for the farming sector, offering grants covering up to 60% of solar PV installation costs. This represents an excellent opportunity for farmers, including flat rate farmers, to adopt solar PV solutions while significantly reducing energy bills.
2. Non-Domestic Microgen Grant (NDMG) from SEAI
The Sustainable Energy Authority provides financial support for non-domestic installations, including farm solar systems. Grants are scaled according to the size of the solar array, with a maximum award of €162,600 for systems up to 1,000 kWp, making commercial solar increasingly accessible.
3. Energy Efficiency Loan Scheme
Farmers can access low-interest loans through the Strategic Banking Corporation of Ireland (SBCI). These financing options make installing solar panels more accessible, offering flexible terms for energy efficiency projects and helping to reduce the initial investment required.
4. Accelerated Capital Allowance
The Accelerated Capital Allowance scheme allows farmers to write off the complete cost of eligible energy-efficient solar systems against taxable income in the first year of purchase, providing significant tax advantages that further improve the financial case for solar PV investment.
Solar Path Benefits
Expertise, Reliability, and Comprehensive Support
With Solar Path, you gain a trusted partner dedicated to helping your farm transition to sustainable energy. From the initial consultation to ongoing support, we manage every step of your solar journey to ensure a seamless experience.
The agricultural sector presents unique opportunities for solar PV technology implementation. Farm buildings typically offer extensive roof space ideal for solar panel installations, while open land can accommodate ground-mounted systems that complement existing agricultural activities.
Dairy farms particularly benefit from solar PV systems due to their consistent energy demand for milk cooling, pasteurization, and equipment operation. Poultry and pig farms can leverage solar power to maintain optimal climate conditions in housing facilities, significantly reducing ventilation and heating costs that form a substantial portion of operational expenses.
Grain drying and storage facilities experience seasonal energy demand spikes that align well with peak solar energy production during summer months. Installing solar enables farms to substantially reduce these energy-intensive processes' costs while improving sustainability metrics.
With Solar Path, you gain a trusted partner dedicated to helping your farm transition to renewable energy. Our agricultural solar specialists understand how solar PV cells work in Irish conditions, maximizing efficiency even in variable weather patterns.
From the initial consultation to ongoing support, we manage every step of your solar journey to ensure a seamless experience. Our systems can include battery storage options and EV charger integration, allowing you to store excess energy for use during peak demand or when direct sunlight is limited.
Our experience with both roof-mounted and ground-mounted installations gives you flexible options that can complement existing land uses, including sheep grazing beneath elevated panels. The vast majority of our customers report great service and substantial reductions in operating costs.
Solar PV technology offers farmers additional benefits beyond electricity generation. Advanced solar systems can power irrigation pumps, climate control in barns and greenhouses, and even charging stations for electric farm equipment. By integrating solar PV panels with existing farm infrastructure, you create a resilient on-site power supply that functions regardless of grid stability.
Many farmers discover that certain crops thrive under partially shaded conditions created by elevated ground-mounted solar arrays. This dual-use approach maximizes land productivity while generating clean power for farm operations, creating an efficient use of your valuable agricultural space.
Our solar PV systems are specifically designed to withstand the unique challenges of farm environments. Premium panels resist dust, moisture, and temperature fluctuations common in agricultural settings. Sophisticated mounting systems ensure panels remain secure during high winds and adverse weather conditions typical across Ireland.
The durability of modern solar technology means minimal maintenance requirements over the system's lifespan. Regular cleaning and annual professional inspections are typically all that's needed to maintain optimal performance, making these systems practical for busy farming operations.
Innovative agrivoltaics practices enable farmers to use the same land for both crop production and solar energy generation. This approach optimizes land utilization while creating multiple revenue streams from a single property. Specialized elevated ground-mounted solar systems allow for continued agricultural activities beneath and between solar arrays.
Research demonstrates that certain crops—including lettuces, spinach, broccoli, and various root vegetables—actually benefit from the partial shade provided by overhead solar panels. These crops often show improved water efficiency and reduced heat stress during summer months, leading to higher quality yields in properly designed agrivoltaic systems.
For livestock farmers, particularly those raising sheep, solar arrays provide valuable shelter from harsh weather while allowing continued grazing. This balanced approach to land management helps future-proof farming operations against climate change and economic pressures.
Contact Solar Path for more information and a free consultation about your solar project. Our team will conduct your research and a site survey and provide a detailed quote for your solar PV design and installation.
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For agricultural applications, monocrystalline and polycrystalline solar panels offer the best performance. Monocrystalline panels provide higher efficiency in limited spaces, while polycrystalline options balance cost and performance for larger installations. Both types withstand farm environments and create an electric field that efficiently converts solar radiation into usable power for on-site use.
Solar PV systems enable farms to produce their own electricity, reducing reliance on external energy providers. This protection from escalating overheads and fluctuating energy prices ensures long-term stability and predictable expenses, helping farms maintain profitability despite market volatility.
Farms can benefit from selling surplus electricity back to the national grid, creating additional revenue streams. The process involves registering with ESB Networks and selecting an electricity supplier who will purchase your excess energy, helping to further reduce payback periods for your solar PV system.
Solar panels installed on farms have an average lifespan of 25-30 years. With proper maintenance, these systems maintain approximately 87.5% of their original output capacity after 25 years, providing decades of reliable power generation to support your farming operations and contribute to a sustainable future.
The cost of farm solar PV installations varies based on system size, panel type, and mounting requirements. With current grant aid and accelerated capital allowance benefits, farmers can significantly reduce the net cost of installing solar panels. Most farm installations see complete return on investment within 5-7 years, with electricity bills dropping immediately after system commissioning.
Modern solar PV cells work efficiently even in variable weather conditions. While direct sunlight maximizes output, today's panels generate electricity during cloudy periods too. Irish farms typically benefit from longer summer days when energy production peaks, offsetting winter months when light shines for fewer hours.
Land lease rates for solar farm developments in Ireland typically range from €800-€1,500 per acre annually, with contracts extending 25-30 years. These rates vary based on factors including geographical location, grid connection proximity, and site characteristics. This represents a stable, long-term income source that complements traditional farming activities.
Crops that naturally prefer partial shade thrive in agrivoltaic systems, including leafy greens (spinach, lettuce, kale), certain berries, herbs, and shade-tolerant root vegetables. These crops often demonstrate improved water efficiency and reduced heat stress when grown beneath appropriately designed solar arrays, potentially increasing yields while simultaneously generating electricity.