UniBase Substructure for ground based power plants

Jurchen Technology will provide you with a suitable frame system for your solar power plant, appropriate for the type of terrain. Regardless of whether it be the single-support Uni-Base, the double-support Twin-Base or a completely adapted system – Jurchen Technology has a product for every application.

UniBase Advantages

Despite some land requirements our solar power plants „consume“ no land. Due to the special pillars of our mounting system an area of just one square meter is effectively sealed for a 1000 kWp solar power plant. The largest part of the area remains available for nature and can continue to convert CO2 into nutrients and oxygen without interference. In addition, the floor area under the solar panel is only partially shaded.

This means that sunlight and rainfall also continue to reach to the ground, so that the local flora and fauna are not affected. Especially in hot climates, the environmental conditions below the module rows are even slightly more moderate than in open terrain.

The laser-precise linear alignment of the substructure has made it possible f or e ach photovoltaic module to receive the same exposure to light. Standardized components manufactured from high-quality raw materials in heavy industrial-grade and series production. The installation is high-precision and machine-assisted.

The substructure is always optimized to the local environmental conditions and static load requirements.

 

 

  • Installation friendly assembly without sealing of the surface area (no concreting necessary)
  • Inclination: Standard 25°, individual design upon inquiry
  • Optimized aptation to the area structure: uneven areas can also be developed
  • Universal application for all frameless and framed modules
  • System designed for snow-load zone II and wind zone I (other dimensioning upon inquiry)
  • Small amount of components which allow for a faster installation

Uni-Base System versions

Uni-Base VAL R

vertically arranged modules

Technical data Uni-Base VAL-R
Stud distance 3,04 m
Width/Module table 6,20 m
Height approx. 2 m
Inclonation of the modules 25°, or other
Height above ground approx. 0,45 - 0,80 m
Applied modules Framed and frameless modules
Max. count of modules tables
(due to temperature strains)
5
Material Steel (S235, hot-dip galvanized), Aluminum (EN AW 6060)

Uni-Base HAL D

Horizontally arranged modules

Technical data Uni-Base VAL-R
Stud distance 3,04 m
Width/Module table 6,20 m
Height approx. 2 m
Inclination of the modules 25°, or other
Height above ground approx. 0,45 - 0,80 m
Applied modules Framed and frameless modules
Max. count of module tables (due to temperature strains) 5
Material Steel (S 235, hot-dip galvanized), Aluminum (EN AW 6060)

Uni-Base D

Ground plate fixed by doweling

Technical data Uni-Base D
Stud distance ~ 3,04 m (Depends on the module)
Width/Module table ~ 6,20 m (Depends on the module)
Height ~ 2 m
Inclination of the modules ~ 25°, or other
Height above ground ~ 0,60 m (bottom edge of the module table)
Applied modules To request
Number of modules 2x6 or 2x7
Max. count of modules tables ~ 5 (Depends on the module)
Material Steel (S 235, hot-dip galvanized)
Steel (S 355, hot-dip galvanized)
Aluminum (EN AW 6060)

Information & Sales

Do you need any other information or do you have questions regarding a concrete project? We will be pleased to help.

Mr. Mike Herbert 
UK sales manager 

Phone: +44 (0) 79 04 24 11 88
E-Mail: mike.herbert@jurchen-technology.com

 

 

Uni-Base Projects

Uni-Base VAL R – Holzgünz (Germany)

Project data
Nominal power 1400 kWp
Module type Risen
CO2 reduction 980 t/p.a.
Area (approx.) 4,0 ha
Constructed 2012

Uni-Base VAL R – Holzkirchhausen (Germany)

Project data
Nominal power 5100 kWp
Module type Yingli
CO2 reduction 3500 t/p.a.
Constructed 2011

Uni-Base D – Beuna (Germany)

Project data
[Nominal power 4300 kWp
Module type Sovello
CO2 reduction 2950 t/p.a.
Area (approx.) 12,3 ha
Constructed 2012

Special construction slope parallel – Üttingen (Germany)

Project data
Nominal power 6400 kWp
Module type Yingli
CO2 redcution 4400 t/p.a.
Area (approx.) 20,3 ha
Constructed 2012