Responsibility
per year
at the site
We bear responsibility
ARA climate certificate
Savings of 60 tonnes of CO² equivalents
Electricity from EVN Naturkraft
Electric energy exclusively from wind & hydropower
Conversion to e-stacker
We have 2 electric forklifts and 3 batteries so that we can make the best use of solar energy.
13 electric vehicles
With company-owned e-charging station with 7 charging points at the office car park
Organic farming
Fully organic management of the 19ha agricultural area for 15 years
Sustainable and pesticide-free environment
Energy self-sufficiency
Senior boss Johann Janker had the idea in the 1990s to supply the one farm with energy from its own wind turbine.
Energy from our own wind power
With an output of 250 kW, a tower height of 40 m and a rotor diameter of 33 m, the then largest and only fifth wind turbine in Austria was erected in Kilb. With this, we generate 600,000 kW/h of green electricity per year This makes ECOWIND Handels-& Wartungs-GmbH one of the pioneers of wind power in Austria.
Energy from our own photovoltaics
The site in Kilb has 5 kW of photovoltaics fixed on the roof and over 5 kW trackersystem tracked.
With the end of 2019, a 160 kWp photovoltaic free-standing system was built. To optimize self-consumption, this will be supplemented by a power to heat system in 2020.
We will thus achieve a self-consumption of 95%.
Heat from our own miscanthus heating
At the company’s site in Kilb, 12 hectares of miscanthus are cultivated in organic farming, which is burned in a 300 kW boiler to generate energy. In this way, 80,000 liters of heating oil are saved, which corresponds to 248,800 kg of CO².
On average, we generate 710,000 kWh with wind and sun.
Energy management
The core task of the energy management is to control the flows of energy. It focuses on the following goals:
- Minimising energy consumption
- Maximising own consumption of photovoltaic electricity
- Avoiding any negative consequences on the operational processes as a result of the above
Energy management will help influence consumption in the following areas:
- Electric vehicles charged as required
- Regulation of the cold room (in the case of excess PV, the cold room is chilled to a lower temperature.)
- In order to maximise own consumption from the PV system, a power-to-heat system was built to help convert the electricity generated by the PV system to heat. This power-to-heat system will also be controlled by energy management procedures.