Slync.io Dubai Desert Classic

World class golf tour using solar power batteries and biofuel

Innovative green energy solution for world-class golf tour using solar power, batteries and biofuel

  • THE CHALLENGE

    Innovative green energy solution for world-class golf tour using solar power, batteries and biofuel

  • THE SOLUTION

    Installed solar panels, batteries, and back-up gensets running on biofuel

  • THE IMPACT

    Huge reduction in fuel consumption and carbon emissions

Client:Falcon & Associates

Location:Emirates Golf Club Majlis Course, Dubai

Sectors:Events

Innovative green energy solution for world-class golf tour using solar power, batteries and biofuel

The Slync.io Dubai Desert Classic is an iconic golf event that became part of the world-renowned Rolex Series for the first time in 2022. Organised by Falcon and Associates, the tournament is popularly known as the ‘Major of the Middle East,’ because of its legacy and world-class players that it attracts every year.

For the 32nd edition of the event, Falcon had pledged
to become GEO accredited in a 3-year plan, a move
that involves a major drive towards sustainable products across the whole event. Falcon’s team had previously worked with Aggreko on another golf event in November 2021 and they knew Aggreko was just the right energy partner for an event of this scale.

Having just launched our solar panels and seeing its
success with low fuel consumption and CO2 emissions, we had the perfect solution for their needs. To maximise the benefits of the green energy solution, we brought in not one but three different ‘sustainable’ units to provide power - Solar Gen, Powr2 battery and back-up gensets running on BIOfuel.

This was the first time the team in the Middle East
to deployed all three units in a single event, a major
undertaking in our goal towards sustainable power and energy transition.

The main challenge for this event was having to install
and implement the three new sustainable power units for the first time in the region. Installing the solar panel units were particularly challenging due to its location on the golf course. Ideally solar panels would be installed on a firm, level surface but on a golf course that’s not feasible as the ground is soft and uneven. The team at Aggreko had to deal with an incline that rose approximately 1.8m from start to finish of the 92m space along with a tilt from left to right for about 20m halfway down the track.

Up to 5.4 TCO2Emissions saved
155 kWhGenerated from solar
2044 LitresOf Biofuel saved

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