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KAUST boasts Saudi's largest solar installation

by Gerhard Hope on May 20, 2010

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The 2 MW rooftop solar plant at KAUST.
The 2 MW rooftop solar plant at KAUST.

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Conergy, a consortium of Hamburg-based solar experts, and Saudi Arabia’s leading solar system integrator, National Solar Systems (NSS), have built a 2 MW solar park on the rooftop of the King Abdullah University of Science and Technology (KAUST) at Thuwal, near Jeddah in Saudi Arabia.

Conergy designed the park, and was responsible for the engineering, supervision and commissioning, while installation works and operational management were implemented by NSS.

The 2 MW solar plant – the first, and largest to date, solar installation in Saudi Arabia – consists of two rooftop solar installations with a capacity of 1 MW each, installed on the north and south laboratories of the university.

The power system features premium components, combining over 9 300 high-efficiency solar modules with Conergy Suntop III mounting systems and Conergy 280K central inverters. The photovoltaic plant occupies 11 577 square metres of roof space and produces 3 332 MW/h of clean energy annually, while also saving up to 33 320 tons of carbon emissions.

The solar park initiative is part of KAUST’s wider green technology programme, as the flagship university wants to advance solar energy research through its Solar and Alternative Energy Science and Engineering Centre, and deploy clean energy solutions on its campus.

A KAUST spokesman says: “We are proud to be among the solar pioneers in our country and to have the first and the largest solar park at KAUST. Despite our country being the largest oil producer, we think it is essential to develop new and sustainable technologies for the benefit of the Kingdom, the region and the world,” said a KAUST spokesperson.

“This project demonstrates that the development of alternatives to traditional fossil fuel has taken on a new urgency, even in oil-rich countries like Saudi Arabia,” said Conergy Asia Pacific and Middle East head Marc Lohoff.

“For the first time, clean power is flowing into the national grid. This is a historical event for us in Saudi Arabia,” said NSS MD Abdulhadi Al-Mureeh.

The new international graduate-level research university campus was designed by HOK Architects and completed in September 2009.

The university was established by the government-owned Aramco, the world’s largest energy corporation, to drive innovation in science and technology and to support world-class research in areas such as energy and the environment.

KAUST’s new campus is Saudi Arabia’s first LEED-certified project, earning a LEED Platinum certification. While the project was certified under the old LEED Version 1.0 certification, as a 496 000 square metre project, it represents the world’s largest LEED Platinum project.


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FEATURED COMMENT

Dear Ghalib, if not cleaned...Dust keeps filling voids on the surface of the solar panel till you have a panel of only '

  3 Comments




Readers' Comments


Romi (Jul 25, 2011)
SOLAR DRIVEN TECHNOLOGIES - HUGE RISK
India

SOLAR DRIVEN TECHNOLOGIES - HUGE RISK
Dear Ghalib, if not cleaned...Dust keeps filling voids on the surface of the solar panel till you have a panel of only 'dust'. It wont even produce a single ampere of charge after that happens. Although, now we have new systems that clean solar cells.

Ghalib Zayed (Oct 31, 2010)
Riyadh
Saudi Arabia

KAUST boasts Saudi's largest solar installation
Dear Romi, What is the huge risk you are talking about? It is true that dust will reduce the efficiency, so what? Only charging time will be increased. In winter the rain will clean the cells so that won't be affected by the reside dust. This is the dream of Middle East, where sun is always there.

ROMI SEBASTIAN (Jul 25, 2010) Qatar

SOLAR DRIVEN TECHNOLOGIES - HUGE RISK
Implementing large-scale solar driven technologies are of extreme risk due to the amount of atmospheric dust and harsh sunlight - both being predominant factors that reduce solar cell efficiency. I hope KAUST has found an energy free-cost free solution to keeping all the solar cells cool and devoid of dust, to run their envisaged roof panels and solar-powered wind turbines for all the years to come. People in the Middle East can only imagine and estimate how much money, water, energy and effort are required to keep all the solar panels and glass clad surfaces of all buildings clean - every year. The statistics are upsetting.


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