AGRIVOLTAICS

AGRIVOLTAICS

AGRIVOLTAICS IS A TECHNOLOGY THAT ALLOWS LAND TO BE USED SIMULTANEOUSLY FOR FARMING AND GENERATING ELECTRICITY WITH PHOTOVOLTAICS BENEFITS FOR AGRICULTURAL PRODUCTION AND DEVELOPMENT
  • Can protect your crops against hail, frost, sunburn, drought or high temperatures.
  • Keep the ground moist(er) and protect crops from direct sunlight, resulting in a cooler and more productive environment for plant growth.
  • Create moderate temperatures which extend the growing season.
  • Improve taste: some vegetables are sweeter and crunchier.
  • Are positively affected by the water that is being transferred from the crops to the environment, as it creates cooler conditions for the panels.
  • Increase global land productivity.

agrivoltaics

OVERVIEW OF CATEGORIES AND FORMS OF LAND USE

AL cultivatable agricultural areas
AN uncultivatable agricultural areas

h1 clearance height below 2.1 m
h2 clearance height above 2.1 m

1 examples of PV modules
2 mounting structure
3 examples of crops

Agrivoltaic systems use Examples
Category I & II Permanent and perennial crops Fruits, berries, viticulture, hops
Overhead PV with vertical clearance > 2.1 m
Interspace PV with vertical clearance < 2.1 m
Single-year and long-terms crops Arable crops, vegetables, alternating grassland, fodder
Farming under the agrivoltaic system
Farming between the rows of agrivoltaic systems
Permanent grassland with mowing Intensive and extensive commercial grassland
(Image A/B/C) Permanent grassland with pasture Permanent pasture, pasture rotation
(e.g., cattle, poultry, sheep, pigs and goats)
CAPITAL EXPENDITURE

The costs of agrivoltaics are highly individually variable and depend on factors such as installed capacity, agricultural activity, position and the PV module technology used.

costs of agrivoltaics
costs of agrivoltaics

Agrivoltaic project MARONI
GROUND-MOUNTED PV AND CROPZONES
Agrivoltaic project MARONI

zone 1

with a low irradiance and high humidity level

zone 2

with regular light exposure and enough soil moisture

zone 3

with the highest irradiation and lowest humidity

Agrivoltaic project MARONI

Agrivoltaic plant maroni, cyprus
Plant details
670 W photovoltaic module 2489 pcs.
Inverter Sun2000-100KTL-M1, 100 kW< 0.4 kV 13 pcs.
Total DC/AC Power 1.67 MWp/1.3 MW
Produced energy 2975600 kWh/year
Tilt/azimuth 30/-26
Plot area 2.47 ha.
PV module coverage area 0.77 ha.
substructure
solar panel
module layout

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