AgriPV for energy providers & project developers

Optimum land usage

Why agriPV is of interest to you

On the path to the energy revolution and significantly increasing the proportion of renewable energies, solar power plants (alongside wind farms) are a vital production source. The Next2Sun agriPV system is an ideal solution for creating large-scale solar parks, offering major benefits:

  • Efficient alternative to large-scale flat PV systems – higher electricity yield
  • Grid-serviceable power production thanks to the cheap feeding profile
  • Double land use possible – lower lease payments to land owners
  • Can be combined with other forms of renewable energy (wind, biogas)

Potential collaboration models

Next2Sun as EPC
Ongoing operations
Electricity yield
Joint venture
Ongoing operations
Lease and
share of electricity yield
Electricity yield
Why you should be interested in a collaboration

Five good reasons for agriPV with Next2Sun

You will benefit from multiple elements of a collaboration with Next2Sun:

Use of high-quality components (bifacial glass-glass modules and patented frame system designed in Germany).
The concept benefits grid stability and enables systems to be connected up to grid branches that are already running at near capacity, as well as allowing for greater revenue on the electricity exchange.
Additional feed-in revenue from obligatory direct marketing of electricity in a vertical east-west orientation (2.5 euros/MWh above solar market value in vertical east-west orientation).
Other specific additional yield (5-8%) compared with conventional south-facing PV systems for vertical alignment of glass-glass modules.
The Next2Sun Group has many years of experience in acquiring, developing and constructing renewable energy projects. Your direct partnership with the manufacturer and developer ensures ideal value for money compared with other agriPV systems.

Interested in using agriPV?

Land suitability and properties

Questions about agriPV for energy providers and project developers

In the course of a project, we will also handle all individual questions resulting from dual use as well as specific working widths between module rows, yield forecasts, remuneration and any funding, as well as environmental assessments and livestock safety, any planning permission, fencing, contamination/maintenance and so on.

Specific information regarding key detailed questions can also be found here.

These and other general questions are also answered on our FAQ page. And of course, you can get in touch with us directly!

Bifacial PV
Manufacturer: previously Jolywood, now Luxor and Akcome (but not set) –> Criteria must be met
Place of manufacture: China
Material: silicon
PV type: cadmium, monocrystalline or polycrystalline modules? N-type PV
Dimensions 2 x1 metres

We use our patented elevated system of steel posts, piled using a hydraulic pile driver. The foundation depth depends on the load (wind), the ground conditions and the statics of the frame itself. Generally, no additional foundations are required. In individual cases (underground rock), it may be necessary to use a core drill to make a hole for the foundation, which is then filled with concrete.

Modules will be between 1.80 metres and 2.80 metres in height, depending on whether they are arranged as one or two rows.
Each PV module is 2.20 metres in length, and the length of the entire row depends on the site conditions. Any row breaks that may be needed require more specific detailed planning.
A module row will be approximately 0.2 metres deep/wide – the number of rows depends on the available space and the row spacing.

The frame system is a Next2Sun patent.

In our systems, the module cables are laid in the middle beam (U-rail). This provides the cabling with sufficient protection from weather, grazing animals and wild animals. Module cables can also be given optional additional protection with a plastic cover.

Our standard variants have two bifacial PV modules stacked on top of each other. Depending on the wind load, the environmental conditions and economic aspects, it would also be possible to have one or three stacked modules.

First the foundation must be examined, as our system is subject to different horizontal loads than conventional solar parks. The systems themselves consist of two different segments. The first four or five posts in a row have a stronger profile. These are piled 2 to 2.5 metres deep and must withstand the wind load incurred at the end of a row. From the fifth post onwards, the weaker piling posts are piled to a depth of 1.6 metres.

The east-west orientation of the PV module rows means that electricity is primarily produced in the morning and evening. depending on the module type used, 5% to 15% higher specific electricity yields are achieved per kW. This means that Next2Sun systems are a long way ahead of traditional south-facing photvoltaic systems in terms of yield.


A row spacing of 10 metres can be expected to produce a yield of approximately 0.4 MW per hectare.
This means space requirements of 2.5 to 3 hectares per 1 MW of power, with 98% of the space remaining available for agriculture use.

The maximum distance from the grid connection point depends on the generator output that can be installed. The vertical system concept means that operators have an ace up their sleeve when it comes to communicating with the network operator. Real data has shown that a vertical east-west system can be built without significantly increasing the active AC power at a site that may, for example, already have a conventional photovoltaic system.

In our own project developments, we are free and unrestricted when it comes to marketing project rights and implementing the agriPV system. This offers scope for incorporating regional electricity suppliers, energy cooperatives or municipalities. And last but not least, farms and landowners are often interested in investing in agriPV systems on their own farmland.

The east-west orientation means that systems using the Next2Sun concept feed in power when conventional south-facing PV systems have low production levels. This greatly lightens the load on power networks, particularly at lower voltage levels. Next2Sun systems can therefore feed in power even in areas where networks are running at near capacity from wind and conventional PV systems. The feeding profile of the Next2Sun system matches the daily curve of the electricity price on the electricity exchange. This means that our system also directly benefits from market activity.

The typically lower electricity prices at midday and higher prices in the mornings and evenings mean that our systems using the Next2Sun concept achieve higher average revenue – we obtain market profits on the electricity market that are 5% to 10% higher than for conventional PV systems. Paired with higher yields, this means that the revenue per kW of installed system power increases by up to 25%.


The vertical, bifacial glass-glass modules are able to more effectively generate power from diffuse light (when skies are cloudy) than most monofacial modules. In addition, ground with a particularly high albedo (i.e. level of reflectivity) can offer even greater yields. Particularly bright substrates (such as snow) offer particularly high reflectivity.

The precise generation profile is dependent on numerous local parameters, making it impossible to state anything for certain. With our systems, we ensure that the generation profile suits the relevant requirements. In general, PV systems produce less electricity in the winter than in the summer as there are fewer hours of sunshine per day.


The feeding profile of the Next2Sun system matches the daily curve of the electricity price on the electricity exchange. This means that our system also directly benefits from market activity. The typically lower electricity prices at midday and higher prices in the mornings and evenings mean that our systems using the Next2Sun concept achieve higher average revenue – we obtain market profits on the electricity market that are 5% to 10% higher than for conventional PV systems.

The energy generated at the solar park is fed into the medium-voltage grid. The electricity is then distributed and consumed on a regional level. As electricity flows into the power grid from various generating plants, an electricity mix from various generation profiles comes through at every plug. A vertical, bifacial east-west system can primarily generate power in the mornings and evenings, thus increasing the proportion of renewable energy consumed locally compared with conventional south-facing solar power plants.

Our system hits peak power in the morning and evening, but still produces a certain yield in the middle of the day. If the grid connection point is completely at capacity, it will not be possible to connect a Next2Sun system unless it can be capped during midday hours. If the grid connection point is too overloaded for a conventional system, a Next2Sun system can still be connected.

Yes, agrivoltaic systems are generally eligible for commission as “special solar installations” in accordance with §37, Para. 1 No. 3 a, b, c. Consequently, they only have to comply with the stipulations of the Federal Network Agency and either have a combined agricultural use of arable land or permanent grassland or the simultaneous cultivation of permanent crops. Installations on areas particularly worthy of nature conservation, such as Natura 2000 areas, are not eligible for commission.

The front sides of the module currently have an output of 465 W, whilst the reverse with its tailored HJT modules built in by us has 90% to 93% bifaciality and thus another 430 W of output. With custom products, bifaciality of up to 98% can be achieved. We currently only use HJT solar modules in our systems.

The expected absolute electricity yields depend on various geographical and also technical parameters at the site. The relative electricity yields per module installed may for example then be dependent on the module’s orientation, the module’s output, and other geographical conditions. Our projects include creating a yield forecast via a detailed simulation before a system is installed.

The stated service life of a Next2Sun system is 30-40 years. This means that it is longer-lasting than conventional south-facing ground-mounted PV systems (25-30 years).

These depend very much on the size of the system and are approx. 10 – 20 % higher for large Next2Sun systems than for conventional systems. There are significant amortisation benefits from the higher electricity yields, better feed-in tariffs (approx. 0.3 ct/kWh more) and longer service life.

Further information and answers to other questions you may have can be found on our agriPV FAQ page


Why choose Next2Sun agriPV?

Successful agriPV systems and strong partners

When realising and implementing agriPV systems, we work with a range of reliable and experienced experts in the field of photovoltaics, solar power and renewable energy systems.

2023-06-04 11.48.06
Agri-PV Test Facility in Sielinko, Polen
Agri-PV Test Facility in Nataf, Israel
Agri-PV Test Facility in Chino, Japan
Agri-PV Test Facility in Higashi-Matsushima, Japan

Found something of interest?

Are you an energy provider that owns or has access to large outdoor areas or areas that are used for agriculture?
Then get in touch!
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We appreciate your interest and will contact you as soon as possible!