AVAILABLE DETAILS for WINDPARK & SOLARFARM & ENERGY STORAGE

According to the state of art of cable car technique, offshore technology and hydrostatic power station know how there is no risk of implementing. We would be pleased to hear from you, being interested in further details, as there are:

1.            Wind power plants with bracing on top, synergy to the cable car techniques

2.            Wind power plants with expandable solar sails, synergy to membrane sails

3.            Multilayer sails with integrated solar cells and reinforcements.

4.            Direct driven generator/motor as well as fluid pump /fluid motor in the nacelle

5.            Storage capacity for one day output in the tower

6.            Electric cabling over top

7.            Wind turbine ALL IN ONE (Solar, Hydrostatic Power Station and Pressure Store)

8.            Plane coverage of deserts for cultivation and shade covers for glaciers

9.            Feasibility study

10.          Producibility study with detailed calculations

Detailed patent applications

SOLAR PLANES                         A     583/ 2015 09 04

TOP TOWER BRACING            A 50187/ 2016 03 07 Priority 2015 09 04

ENERGY STORAGE                  A 50186/ 2016 03 07

ADVANTAGES of WINDPARK & SOLARFARM & POWERPLANT

The technically new concept of a wind- and solar- farm incorporating a hydrostatic power station results in the following advantages (as compared with existing solutions and patents):

1.            Independence from weather situations, due to expandable solar planes and power station

                     within the tower.

2.           Daily surplus energy generated by wind and solar sources can be stored and used for 

                    covering  peak demand.

3.            External electrical power surplus will be stored by the hydrostatic power station and will

                     be delivered at peak demand.

4.            Essentially improved effectivity due to direct-driven generators as well as fluid pumps.

5.            Reduced foundation cost due to vertical load only, horizontal load is taken by the bracings.

6.           The concept may be a solution to utilise nowadays unreachable areas of deeper sea.

7.            Electric wires will be attached to the top and along the bracings. ( no underwater cables ).

8.            Further application will be (re-)cultivation  of deserts and arid land and glacier coverage 

9.            Space saving by additional usage of the same place, up to now used for the wind park only.

10.          The rolled up solar sails are placed in main wind direction with minimum wind resistance.