PEG® Substructure for Solar Power Plants
INCREASE YOUR
LAND YIELD BY
225%
The most efficient and innovative PV substructure on the market sets standards in terms of material consumption, time savings, and reduced need for heavy machinery. The PEG system is amazingly simple and keeps construction costs low.
What are the crucial costs increasing your construction budget for a photovoltaic power plant? In short, it’s the construction time, the material costs, and the required machinery. In developing the PEG substructure, we have optimized exactly these three factors. The result is a simple and unique solution. The PEG substructure has a low overall height and rests on slim steel rods, instead of on high and solid ramming posts. Due to the lightweight construction, no foundation is needed. As a consequence, the needed material is reduced to less than 50 percent compared to conventional solutions. Less material and a simple design lead to reduced labor costs and the phase between planning and commissioning is reduced significantly.
Efficiency improvement
PEG Case Studies and Bankability Report Available.
Project specific advantages of the PEG substructure
PEG® Advantages at a glance
- Lightweight design saves up to 65% on material and logistics costs (less containers to be shipped)
- simple and fast installation reduces labor and machinery costs by more than 50%
- Highly efficient area utilization of 1.7 MWp per hectare due to patented ground-guided power plant system
- Flat module angles avoid shading effects and allow maximum space efficiency
- Comparatively constant energy production throughout the day due to flat 8° east-west orientation
- Preserving resources: up to 50% lower raw material usage (steel, power cables), resulting in a better CO2 balance
- Higher installation safety through much simpler assembly, e.g. no working-on-heights; ergonomic working mostly in the range of 0.8 m
- Adaptable to limited site dimensions, insufficient space and narrow available land or extremely poor accessibility
- No foundations required for PEG construction itself
- No heavy machines required
- Line-by-line installation with PEG installation system reaches a record-breaking installation time of less than 1000 man-hours per MWp
- Aerodynamic proofed design
- Residue-free dismantling after project life
Consistent energy generation
Cost reduction
Simple design
Recording of our Webinar
Sales
Herbert Heidel
Matthew Lusk
Nir Dekel
Amit Chheda
Christophe Heriau
Yoni Ben Mazia
Internal sales service & Project Management
Downloads
- PEG Brochure
16 pages - Teaser and datasheet
Short Overview and technical specifications - PEG Reference list
Overview of built PEG power plants - PEG SD Teaser
Short overview about PEG South - PEG Cleaning system
Our smart Cleaning solution for PEG PV power plants
Approved modules for PEG
| Manufacturer | Manufacturer approval |
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P6C-30, P6D-36 |
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CS6A-P/M/MS, CS6VL-MS, |
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M3/72DH |
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All modules |
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Q.Plus/Peak-G4/5.X, Q.Plus/Peak, |
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All framed modules |
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JAM60x/72x-xxx/PR, JAP60x/72x-xxx/SC, |
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JKMxxxPP/M-60, JKMxxxPP-72/72-V, |
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LR6-72HPH-xxxM, LR6-72HPH-xxxMC, |
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60 cells modules |
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RSM60, RSM72, RSM72 HP, RSM114, |
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SRP-xxx-6PA/6PB/6MA/6MB/BPA/ |
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SFxx-EX-B MP2, SFxxx-L and SFxxx-S MP3 |
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miscellaneous modules |
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16/T and 20/W series |
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TP672M, TP6H72M, |
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TSM-PC05/PD14 |
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YLxxx P-29b and YLXXX C-30b |
UL certified modules for PEG
| Manufacturer | UL certification |
|
P6C-30, P6D-36 |
|
|
CS6A-P/M/MS, CS6VL-MS, |
|
|
M3/72DH |
|
|
Q.Plus/Peak-G4/5.X, Q.Plus/Peak, |
|
|
JAM60x/72x-xxx/PR and JAP60x/72x-xxx/SC |
|
|
JKMxxxPP/M-60, JKMxxxPP-72/72-V, |
|
|
LR6-72HPH-xxxM, LR6-72HPH-xxxMC, LR6-72OPH-xxx |
|
|
60 cells modules |
|
|
RSM60, RSM72, RSM72 HP, RSM114, |
|
|
SRP-xxx-6PA/6PB/6MA/6MB/BPA |
|
|
16/T and 20/W series |
|
|
YLxxx P-29b and YLXXX C-30b |