PEG®SD

Substructure for Solar Power Plants

 

The PEG® Version with Conventional PV Module Alignment

The PEG® SD is a fixed-tilt system for solar power plants with a similar design to the standard PEG® EW system. PEG® SD Version offers significant advantages compared to traditional fix-tilt and solar tracker systems in terms of material consumption and construction time and costs. PEG® SD is suitable for higher slopes of up to 16 degrees.

Simplified Design

PV Substructure PEG SD

PEG® SD Advantages at a Glance

  • Up to 16 degrees slope inclination
  • Light weight substructure reducing material, logistics and installation costs, increasing the installation speed and offering lower carbon footprint
  • Simple and fast installation reduces labor and machinery costs by more than 60%
  • Highly efficient area utilization of 1.6 MWp per hectare
  • Flat module angles avoid shading effects and allow maximum space efficiency
  • Lower height vs other FT systems increasing installation safety and speed, reducing installation costs and increases the land use.
  • No foundations required, allowing cheaper and faster installation and disassembly at the end of the project life
  • No heavy machines required

Efficiency Improvement

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logistic solar power plant

Cost Reduction

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peg-sd_logistic-costs_en
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Bau Solarkraftwerk Rottendorf

Successful Installation also in winter

Despite heavy snow and rainfall, constantly changing between freezing and thawing temperatures the work at the PEG® SD site in Rottendorf continued without interruptions. The crucial point leading to a successful installation in time lies in the fact that you do not need heavy machinery when installing PEG® mounting system as well as in the light weight components of PEG® (not more than 3 kg/6.6lbs per part).

Josh Unger, Director of Unger Solar: “With the Rottendorf project we could show it once again. With a „normal“ substructure and in these weather conditions I would not have asked my employees to work on site at Rottendorf in January 2021.”

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Approved Modules

Show List

Hillside Construction

Downloads

Overview PEG SD

Overview
PEG® SD

Form for statics - PV substructure

Form for statics
PV substructure

Sales

Henner_Jahnke

Henner Jahnke

Chief Sales Officer

Herbert Heidel

Herbert Heidel

Europe, Middle east

Matthew Lusk

Matthew Lusk

North & South America, Caribbean

Amit Chheda

Amit Chheda

Rooftop & cabling - Asia, India

Yoni Ben Mazia

Yoni Ben Mazia

Israel, Australia

Abhi_Portrait_Website

Abhishek Deshpande

Strategic Business Development Manager

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Internal Sales Service & Project Management

Social

Norman Weigand

Project Manager

Peter-Howard_Dashwood_shopped

Peter Dashwood-Howard

Project Manager
Worldwide

* Explanation of key figures:
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 modules

Pictures:
Jurchen Technology GmbH, Meralli Projects PTY Ltd, Belectric GmbH, Volta Solar BV

All data may subject to alterations and errors.