(MENAFN- The Peninsula) The Peninsula
Doha: Qatar Atmosphere and Power Investigation Institute (QEERI) of Hamad Bin Khalifa University (HBKU), has started operating a new horizontal solitary-axis photovoltaic (PV) tracker (HSAT) method capable of supplying authentic-earth knowledge to maximising solar strength technology in purchase to present knowledge connected to hot desert climates.
The challenge is an initiative of the QEERI Photo voltaic Consortium, a collaborative study group involving QEERI, Kahramaa and solar businesses from throughout the globe.
Making use of horizontal one-axis monitoring (HSAT) technological know-how, the 134-kW procedure is located at QEERI’s state-of-the-artwork out of doors exam facility (OTF) in Instruction Town, shut to its PV Reliability Lab, where the modules will be measured and tested in depth.
The HSAT program was presented by consortium member Soltec, a Spain-dependent business chief in large-scale solar tracking projects. Hanwha Q Cells, Maxeon Photo voltaic, TotalEnergies, and QEERI offered the PV modules for tests.
Dr. Veronica Bermudez, Senior Analysis Director at QEERI, explained,“This is a single of the world’s most substantial HSAT investigation projects and we intend to capitalise on its capabilities to develop one of a kind, beneficial details to boost Qatar’s solar electricity capabilities. The deployment of the process is a milestone that also enables QEERI’s Electricity Center to more its investigation on optimising solar technologies for the worries of desert situations. We thank the members of the Solar Consortium for their help and sustained efforts that enable to accelerate the renewable energy changeover in Qatar and the region.”
The new process is developed with seven rows of trackers and 15 diverse forms of PV modules. A distinctive attribute is the distinct spacings in between the tracker rows, which will aid figure out the exceptional HSAT structure for local situations.
Moreover, the use of distinct PV modules will support decide which technologies complete finest in Qatar’s warmth, dust, and ground reflectivity. As portion of that, the consequences of various positions and quantities of modules on the trackers will be researched.
Dr. Marc Vermeersch, Government Director of QEERI, reported,“With a full investment decision of approximately $450,000, the consortium’s operational approach aims to exhibit, validate, and speed up the enhancement of solar power technologies that are suited to desert situations, in purchase to maximize the PV electrical power yield for Qatar and the region.”
Former exploration by QEERI has demonstrated that solitary-axis trackers in Qatar raise the annual electricity production of a person-sided PV modules by at minimum 8 percent. The new task will emphasis on the electrical power increase from working with two-sided (bifacial) PV modules — which deliver photo voltaic power from both equally the front (immediate sunlight) and back (albedo) of the panel.
With the set up and operation of the procedure now underway, QEERI has begun arranging for phase 2. This period will involve info assessment, and enhancements to the HSAT PV tracker technique.
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