Patented Mounting System for Solar Power Plants
Increase Your Land Yield by 225%
The PEG® provides a unique simplified high-density ground mount solution that produces 225% more land yield versus trackers and fixed tilt systems. The low profile 8-degree tilt design requires minimal spacing between modules creating an ocean of solar panels.
The PEG® is very mobile, light weight, simple to install with only hand tools, no DC trenching, no foundations, no concrete and requires minimal land giving you flexibility of choosing where to install. The PEG® provides a more sustainable solution for solar at a significantly reduced CAPEX.
Simplified Design
2) For exceptional permafrost conditions, the ramming depth could be up to 2m, done by the use of two rods crimped together onsite through a sleeve, subject to project-specific approval.
Efficiency Improvement
Cost Reduction
180+ Plants
500+ MWp
40+ Countries
PEG® Advantages at a Glance
- 225% improved land yield versus leading trackers and fixed tilt
- Low profile avoids shading and maximizes land utilization
- Designed in Germany to be simple and minimize CAPEX
- Aerodynamic proofed design up to 298+ km/h (185+ mph) winds
- Hand tools only (no heavy machinery required)
- Fast and easy mobilization
- No foundations
- No DC trenching
- Integrated wire management
- Reduced install times (50% versus trackers)
- Preserving resources: up to 50% lower raw material usage (steel, power cables), resulting in a better CO2 balance
- Highest point is 1 meter (3.3 feet) leading to improved H&S
- Low profile means less pushback from neighbors for permitting
- Simplified dismantling after project life
Webinar: High-Density Ground Mount Racking Solution with Significant CAPEX savings
Webinar: A cost competitive innovation for the Middle East
PEG documents available upon request
Case Studies, Bankability Report and Carbon Footprint report
Downloads
Brochure
PEG Substructure
Overview
PEG Substructure
Reference List
PEG Substructure
Overview
PEG SD
Gal-In PEG
Module Cleaning
PEG Mowing Solution
RAYMO
Form for statics
PV Substructure
Overview
PEG Substructure
PEG
Data Sheet
PEG HL
Data Sheet
PEG Ballast Design
Data Sheet
Image Gallery
Sales
Henner Jahnke
Chief Sales Officer
Herbert Heidel
Europe, Middle east
Matthew Lusk
North & South America, Caribbean
Amit Chheda
Rooftop & cabling - Asia, India
Yoni Ben Mazia
Israel, Australia
Abhishek Deshpande
Strategic Business Development Manager
Internal Sales Service & Project Management
Norman Weigand
Project Manager
Peter Dashwood-Howard
Worldwide
MWp/ha: Referring to the complete DC area, including the gaps between the DC blocks/tables
kWp/man-hour: Time for complete installation of a PEG solar power plant incl. inverter stations
MWp/container: Only the substructure
Machine costs: Referring to all machines for the installation of the DC system, compared to a conventional substructure
Labor costs: Labor for complete installation of the PEG solar power plant, incl. inverter stations, compared to a conventional substructure
Logistic costs: All, including machinery and labour, to the site and onsite, compared to a conventional substructure
All figures are indicative, may differ regionally and assuming the use of 380-400W modulesPictures:
Jurchen Technology GmbH, Meralli Projects PTY Ltd, Belectric GmbH, Volta Solar BVAll data may subject to alterations and errors.