INDUSTRIES PRODUCTS TECHNOLOGIES NEWS ABOUT US CAREER CONTACT DE CONTACT Back to News Overview 18 August 2021 Opening of the largest solar thermal plant in Austria This week, Austria's largest solar thermal plant was officially opened in Friesach, Kärnten. The solar park, having the size of a football field, with 436 large-area collectors on 5,750 square metres, is expected to produce 2.5 million kWh of heat per year. This will cover a 100% of the annual hot water demand, thus, in the transitional period, the heating needs of approximately 500 district heating customers in Friesach. The Friesach solar park is unique in Austria in terms of its size and concept. The solar collectors for Austria's largest solar thermal system were produced by the company GREENoneTEC. It is the world market leader in the production of thermal solar collectors. In this particular project, the collectors consist of highly efficient absorbing surfaces manufactured by ALANOD using PVD technology in an air-to-air process. The absorption rate of 95 % in combination with a very low thermal emissivity of only 5 %, guarantees maximum yields in natural energy generation. With ALANOD as a strong partner in the production of highly efficient surfaces for solar thermal applications, GREENoneTEC has the best prerequisites for a long-lasting solution with maximum yields. Image rights: KELAG Kärtner Elektrizitäts AG (Bild Presse & Anlage Friesach) More information ALANOD GmbH & Co. KG Egerstraße 12 58256 Ennepetal Germany info@alanod.de Telefon: +49 2333 986-500 Fax: +49 2333 986-555 Legal notice Privacy General Delivery and Sales Conditions Contact Our subsidiaries and affiliates Alanod Ltd Alanod Westlake Alanod Xxentria LinkedIn facebook Get in touch Some of these cookies require your explicit consent. Please agree to the use of cookies in order to use all functions of the website. Detailed information on the use of cookies can be found in our Privacy Policy. Here you can also revoke your consent to the use of cookies. Deny AllAllow Cookies