Agrivoltaic
Synergy Between Agriculture and Renewable Energy
In the face of climate change, farmers are increasingly challenged to maintain crop yields while adopting sustainable practices.
Agri-PV — or agrivoltaic systems — offers an innovative solution: photovoltaic modules are installed above agricultural land, enabling the simultaneous production of food and solar energy on the same area.
Crop Protection
PV modules provide shelter from extreme weather conditions such as intense sunlight, heavy rain, hail, and frost.
This results in healthier, more resilient plants — backed by field studies.
Efficient Land Use
By combining agriculture and solar energy on the same land, no additional space is required — ideal for areas with limited arable land.
Sustainability
The systems are made from eco-friendly, high-quality materials with a lifespan of up to 30 years.
They can be fully dismantled and recycled at the end of their service life.
Energy Independence
The electricity generated can either be fed into the grid or used directly on the farm — for irrigation, lighting, or powering agricultural machinery.
Water Savings
Thanks to the natural shading effect, soil retains moisture longer, reducing the need for irrigation. At the same time, excess water can be captured and stored more effectively.
Intech Agri-PV Solutions –
System Comparison
Fixed-Mount PV System
Ideal for trellis fruit cultivation, vineyards, and field crops.
The modules are permanently mounted and offer protection against environmental factors.
Benefits include reduced irrigation needs and partial protection against hail and frost.
Solar Tracking PV System
Movable modules track the sun’s position to maximize energy yield.
Especially suited for vineyards and trellis farming.
Key advantages include reduced irrigation requirements and adaptability to different terrain types.
PV Tunnel System
Designed specifically for berry farming, these tunnel structures create an optimal microclimate and provide reliable protection against weather extremes.
Benefits include reduced fungicide use, dual land utilization, and controlled climate conditions — with the option of integrated rainwater harvesting.
Safe, Efficient, and Tailored to Your Needs
Unlock the Full Potential of Your Land with Intech Agri-PV
Smart, dual-use solar systems engineered for maximum efficiency and long-term returns.
Maximum Planning Security
We manage the entire project — from the first concept to turnkey delivery. You save time, avoid risks, and stay focused on your core agricultural business.
More Yield, Less Effort
Our systems protect your crops from extreme weather, reduce water usage, and boost farming efficiency — while simultaneously producing solar power.
Make the Most of Government Incentives
We know the funding landscape and actively support you with grant applications — for maximum economic benefit and faster return on investment.
Innovation Backed by Experience
Benefit from our extensive project expertise and ongoing research partnerships — delivering solutions that truly work in the field.
A Reliable Partner at Eye Level
Personal support, transparent processes, and a team that thinks ahead — that’s how we build trust and long-term success.
Your Questions – Answered
FAQ about Agri-PV
What Is an Agrivoltaic System?
An agrivoltaic system combines agriculture and solar energy generation on the same land.
PV modules are installed on cropland or pasture in a way that allows continued farming — including the use of tractors and harvesting machinery — while generating renewable electricity.
What Does an Agri-PV System Look Like in Practice?
Depending on the use case, different system designs are applied — such as elevated structures, vertical modules, or solar tracking systems.
The structure is designed to allow unobstructed fieldwork and machine operation.
Does the Technology Interfere with Farming?
No.
Modern agri-PV systems are specifically designed to accommodate agricultural equipment like tractors, harvesters, and seeders.
Pathways, clearances, and installation height are all customized to your field layout.
How Long Does Planning and Implementation Take?
Typically, the full process takes at least one year, mainly due to permitting requirements.
Once approved, actual construction often takes only a few weeks — depending on system size and terrain.
Can Any Field Be Used for Agri-PV?
Not all land is suitable.
You should have at least 0.6 hectares of available space, ideally with good solar exposure and access to the electrical grid nearby.
We evaluate your land individually.
Do I Need a Permit for Agri-PV?
Yes.
Depending on the state and land classification, different permitting requirements apply.
We guide you through the entire approval process and clarify all relevant conditions in advance.
Will My Land Retain Its Agricultural Classification?
In most cases: yes.
If the solar system is designed to prioritize agricultural use, the land typically retains its agricultural status — meaning no reclassification and no loss of subsidies.
hat Happens During Severe Weather or a Power Outage?
Agri-PV systems are built to withstand harsh conditions.
Tracking systems automatically move into a safety position during storms.
Integrated safety features protect the system in case of power disruptions.
What Is the Environmental Impact of Agri-PV?
Partial shading can improve the microclimate and soil moisture.
Depending on the planting and layout, biodiversity and soil health can benefit as well.
What Are the Benefits of Agri-PV for My Operation?
Dual use of land for agriculture and energy production
Additional income through feed-in tariffs or self-consumption
Weather protection (hail, heat, drought)
Contribution to sustainable energy and climate goals
Which Crops Work Well Under Agri-PV?
Ideal crops include those that tolerate partial shading, such as berries, lettuce, spinach, clover grass, and grains.
Specialty crops like wine grapes can also benefit.
Our agrivoltaic experts help you choose the right fit for your farm.
Does Agri-PV Affect Crop Yields?
Studies show that many crops produce equal or even higher yields under partial shade — especially those that benefit from lower heat and light stress.
Is Agri-PV Economically Viable?
Yes.
Combining farming with energy generation through feed-in tariffs and on-site consumption creates a highly profitable model — with added resilience to climate extremes.
Are There Subsidy Programs for Agri-PV?
Yes.
There are funding opportunities at both the national and state levels.
We help you find the right programs and can manage the application process for you.
Do I Need to Manage the Technology and Maintenance?
Not necessarily.
Our systems require minimal maintenance.
If desired, we offer full-service packages including monitoring, remote diagnostics, and technical support.
Who Owns the System and the Electricity?
That depends on the business model. You can:
Own and operate the system yourself
Lease out your land to a project developer
Partner with third parties in a joint model
We’ll work with you to develop the right concept for your agricultural business.
News
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