Enerlice exclusively presents the SCIROCCO S15, a robust, high-performance agricultural wind turbine designed to meet the needs of farms and SMEs.
Combining reliability, high output, and sustainable energy, the SCIROCCO S15 stands out as an ideal solution for self-consumption and local renewable electricity generation.
Agricultural Wind Power: SCIROCCO S15 and S15X wind turbines
Agricultural Wind Power: Generating Sustainable Energy and Strengthening Farm Autonomy
The agricultural sector is undergoing a profound transformation in which energy management has become a key issue. Faced with rising costs, environmental pressures, and evolving regulations, farmers are seeking reliable solutions to ensure their energy independence. In this context, agricultural wind power stands out as a high-performance, sustainable alternative that is well-suited to the realities of farm operations.
Small-scale wind turbines, designed specifically for agricultural use, enable the generation of renewable electricity directly on-site. This solution harnesses a free and abundant resource: the wind. Unlike other energy systems, it relies on no fuels, produces no polluting emissions during operation, and requires minimal space. For many farmers, installing a wind turbine represents a strategic move with economic, technical, and environmental benefits.
A small-scale wind turbine converts the wind’s kinetic energy into electricity that can be used immediately to power farm buildings, irrigation systems, processing facilities, or livestock equipment. Its ability to operate autonomously or for self-consumption makes it an ideal tool for remote sites or areas where grid connections are costly or unreliable. Thanks to modern technology, today’s turbines are quiet, reliable, and built to withstand harsh environments.
Why is wind power a major asset for farms?
Clean, sustainable energy accessible to all
One of the key advantages of small-scale wind power is its ability to generate clean, renewable energy. Unlike fossil fuels, which are subject to significant price volatility, wind is a free and inexhaustible resource. Once installed, a wind turbine generates electricity at an extremely low cost, allowing operators to forecast their energy expenses over the long term.
Furthermore, the wind energy sector is notable for its low environmental impact. Modern wind turbines have a very high recyclability rate, making them particularly relevant for agricultural operations committed to reducing their carbon footprint. For a farm, local energy production helps lower emissions associated with electricity transmission and strengthens the overall coherence of its sustainable model.
A solution tailored to rural energy needs
Agricultural operations are often located in areas with steady winds and available land. These conditions make small-scale wind power a particularly suitable technology for the agricultural sector.
Small wind turbines are designed to meet the diverse needs of a farm, such as livestock rearing, product processing, crop irrigation, or powering workshops. Their ability to generate electricity—even in areas far from urban centers—makes them vital for remote farms. Their performance helps reduce reliance on public grids and ensures a continuous power supply, even in the most challenging environments.
Wind power is also a highly cost-effective tool for farmers looking to gradually lower their energy bills. Direct self-consumption allows the generated energy to be used immediately, thereby reducing the amount of electricity purchased from the grid.
Strengthening the environmental and social image
Climate-related issues are playing an increasingly important role in consumer expectations. A farm that generates its own energy demonstrates a genuine commitment to sustainable development.
Installing a wind turbine offers a unique opportunity to showcase an approach that aligns agricultural practices with the energy transition. For farmers who sell directly to consumers, this serves as a powerful selling point: renewable energy becomes an added value that appeals to customers.
Enerlice: Expertise Dedicated to the Agricultural Sector
Enerlice supports farmers in the design, planning, and installation of high-performance wind energy systems. Drawing on its experience in the agricultural sector, the company offers solutions tailored to the specific needs of each farm. Its approach is based on full control over the entire process: wind resource assessment, technical sizing, architectural integration, installation, monitoring, and maintenance.
Enerlice’s teams are adept at handling site-specific challenges, including logistics, difficult access, and mountainous or saline environments. Their expertise ensures a safe, reliable, and durable installation.
The Scirocco S15: a wind turbine designed for farmers
Unveiled in 2025, the Scirocco S15 represents a new generation of agricultural wind turbines. With a power output of 15 to 20 kW, it is perfectly suited to the needs of modern farms. Its robust design ensures optimal performance even in challenging weather conditions.
With a product range spanning 1 to 100 kW, Enerlice offers various models tailored to different energy consumption levels. The Scirocco S15 stands out for its excellent efficiency, ease of maintenance, and the ability to perform quick servicing without disrupting farm operations.
This wind turbine meets the needs of farmers looking for a reliable, efficient solution capable of significantly boosting their energy independence.
Hybrid solutions combining wind, solar, and storage
To ensure continuous energy production, Enerlice offers hybrid systems that combine wind turbines and solar panels. This synergy enables electricity generation even when wind speeds are low or sunlight is inconsistent.
Supercapacitor storage technologies ensure a constant energy supply, providing essential smoothing of consumption peaks and continuous operation for critical installations (such as livestock farms, pumps, and cold storage facilities).
These hybrid solutions are particularly well-suited to operations seeking energy autonomy, flexibility, and security.
Installation, monitoring, and maintenance: comprehensive support
Installing a wind turbine requires a precise analysis of site characteristics: prevailing winds, obstacles, regulatory setbacks, and compatibility with existing infrastructure. Enerlice handles every stage of the process, from the preliminary study to commissioning.
Technical monitoring, preventive maintenance, and troubleshooting ensure the installations’ maximum longevity. Thanks to this support, operations benefit from an energy system that is stable, reliable, and built for the long term.
French regulations: key points
France has a precise regulatory framework governing the installation of agricultural wind turbines. These rules ensure safety, landscape integration, and technical compatibility with public infrastructure.
Height and permits
- Over 12 m: building permit required.
- 12 m or less: prior declaration of works.
- Protected areas require an in-depth study, particularly involving consultation with the *Architectes des Bâtiments de France* (heritage architects).
Siting distances
For wind turbines taller than 12 m, the minimum distance from neighboring properties depends on the rotor diameter and aims to limit physical risks and noise disturbance.
Enedis grid connection
To feed generated power into the grid or use the energy for self-consumption, a connection request must be submitted. Enedis verifies grid compatibility, proposes a technical solution, and provides a quote. Compliance of the inverter and safety devices is essential to ensure stable operation.
Conclusion: A strategic investment for agriculture
Small-scale wind power has established itself as a mature, reliable technology perfectly suited to the needs of agricultural operations. It offers a concrete solution to current challenges: energy dependence, economic pressure, and the ecological transition.
By generating their own local energy, farmers gain greater autonomy, improve their economic performance, and strengthen their commitment to the environment. With Enerlice, wind power becomes a genuine operational asset—designed for longevity and to guide farms toward a sustainable future.
Educational Analogy
Installing a wind turbine on a farm is like adding a piece of agricultural machinery capable of harnessing a natural resource—much like a harvesting tool transforms a field into produce. Just as a combine harvester captures and processes grain, the wind turbine captures and harnesses the wind. It becomes a full-fledged production asset, contributing to the farm’s overall performance.