STS Wind - Wind energy for the energy strategy 2050 of Switzerland

Services

Project Managment

We initiate, plan, control, monitor and operate your wind energy projects. Our project management is based on the performance model SIA 112 and covers the entire life cycle of the wind energy project.

Spatial development

With the spatial development of wind energy, sites for wind turbines would like to be evaluated and evaluated in order to determine these wind energy locations on the regional or cantonal road map.

Wind measuring

Reliable data on the wind potential are particularly important for the planning and assessment of a wind park because there are strong temporal and local fluctuations. It forms the basis for the profit forecast of the planned wind park.

Feasibility studies

A feasibility study examines possible solutions for a project with regard to its feasibility. Risks are identified and the prospects for success are estimated. The economic assessment, however, is not a typical content of the feasibility study.

Construction planning

This process describes the conceptually developed and designed the construction project. Construction drawings are drawn up and the corresponding procedures initiated. The visualization of the wind energy project is, of course, also part of this process.

Evaluation

In the evaluation, the necessary services and objects of the wind energy project are assessed and assessed, in order to subsequently procure them.

Services portfolio

Project development wind energy

Wind measurement with WINDCUBE

LiDAR systems emit laser pulses and detect the light backscattered from the atmosphere. From the time of the signals and the speed of light, the distance to the location of the scattering is calculated.

Construction and logistics wind energy

Electricity transmission

Our projects

Wind energy project 1

bis zu 70 GWh pro Jahr

Wind energy project 2

bis zu 140 GWh pro Jahr

Wind energy project 3

bis zu 40 GWh pro Jahr

Wind energy project 4

bis zu 310 GWh pro Jahr

Wind energy project 5

bis zu 110 GWh pro Jahr

Wind energy project 6

bis zu 90 GWh pro Jahr

Wind energy project 7

bis zu 140 GWh pro Jahr

Wind energy project 8

bis zu 240 GWh pro Jahr

Wind energy project 9

bis zu 170 GWh pro Jahr

Wind energy project 10

bis zu 110 GWh pro Jahr

Wind energy project 11

bis zu 50 GWh pro Jahr

Wind energy project 12

bis zu 170 GWh pro Jahr

Wind energy project 13

bis zu 100 GWh pro Jahr

Wind energy project 14

bis zu 170 GWh pro Jahr

Wind energy project 15

bis zu 140 GWh pro Jahr

Wind energy project 16

bis zu 110 GWh pro Jahr

Wind energy project 17

bis zu 80 GWh pro Jahr

Wind energy project 18

bis zu 210 GWh pro Jahr

Wind energy project 19

bis zu 70 GWh pro Jahr

Wind energy project 20

bis zu 110 GWh pro Jahr

Um die Atomkraftwerke zu ersetzen,
brauchen wir die Windenergie.

Anton Gunzinger, ETH-Professor

Wir wehren uns gegen Schnellschüsse und eine Emotionalisierung der Diskussion.
Zuerst müssen nun alle Fakten auf den Tisch

Reto Dubach, Regierungsrat, Baudirektor des Kantons Schaffhausen

Ich bin auch ein starker Befürworter von Natur und Landschaft, aber ich finde,
dass die Bekämpfung der Windenergie kein guter Weg ist,
um sie zu verteidigen, im Gegenteil

Jean-Bernard Michel, Professeur, Dr. Ing., Mitglied des Centre de compétence suisse

Windenergieanlagen können so angeordnet werden, dass sie dem bestehenden Relief in einer harmonischen Form folgen. Einzelinteressen ordnen sich unter, Landschaftsstruktur und Windhöffigkeit verbinden sich zu einem sinnvollen Ganzen.

Prof. Dr. Sören Schöbel, TU München 2015

Unsere Geschichte

Unternehmerische Entwicklung

2012

founding

Since May 2014

Wind energy

Since September 2014

Site evaluation

We have evaluated over 20 locations for possible wind turbines in Eastern and Southeastern Switzerland.

April 2015

Foundation GmbH

Since May 2015

Hydropower

Since October 2015

Power transmission

Since September 2016

Further development of wind energy projects

Since September 2016 we have been trying to focus on the most important and best wind energy locations in order to be able to realize them by 2030.

Services

Project Managment

Spatial development

Wind measuring

Feasibility studies

Construction planning

Evaluation

Services portfolio

Project development wind energy

Wind measurement with WINDCUBE

Construction and logistics wind energy

Electricity transmission

Our projects

Wind energy project 1

bis zu 70 GWh pro Jahr

Wind energy project 2

bis zu 140 GWh pro Jahr

Wind energy project 3

bis zu 40 GWh pro Jahr

Wind energy project 4

bis zu 310 GWh pro Jahr

Wind energy project 5

bis zu 110 GWh pro Jahr

Wind energy project 6

bis zu 90 GWh pro Jahr

Wind energy project 7

bis zu 140 GWh pro Jahr

Wind energy project 8

bis zu 240 GWh pro Jahr

Wind energy project 9

bis zu 170 GWh pro Jahr

Wind energy project 10

bis zu 110 GWh pro Jahr

Wind energy project 11

bis zu 50 GWh pro Jahr

Wind energy project 12

bis zu 170 GWh pro Jahr

Wind energy project 13

bis zu 100 GWh pro Jahr

Wind energy project 14

bis zu 170 GWh pro Jahr

Wind energy project 15

bis zu 140 GWh pro Jahr

Wind energy project 16

bis zu 110 GWh pro Jahr

Wind energy project 17

bis zu 80 GWh pro Jahr

Wind energy project 18

bis zu 210 GWh pro Jahr

Wind energy project 19

bis zu 70 GWh pro Jahr

Wind energy project 20

bis zu 110 GWh pro Jahr

Unsere Geschichte

Unternehmerische Entwicklung

2012

founding

Since May 2014

Wind energy

Since September 2014

Site evaluation

April 2015

Foundation GmbH

Since May 2015

Hydropower

Since October 2015

Power transmission

Since September 2016

Further development of wind energy projects

Since late 2016

Research and development projects «Wind energy Switzerland»

Since August 2017

Development of pilot projects

from autumn 2020

Building team wind energy

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