BeeX's A.IKANBILIS Transforms Floating Solar Farm Inspections: A Four-Year Success Story

YEAR
2024
INDUSTRY
Energy
REGION
Asia
Singapore
ASSET
A.IKANBILIS
CLIENT
EDP Renewables (EDPR)

Renowned for being the “most sustainable electricity company” on the Dow Jones Index, EDP Renewables (EDPR) has established itself as a global player in the solar energy industry. Across 28 international markets, it manages 270 wind farms, 15 solar parks, and power for 4.6 million houses and has avoided 18.5 mt CO2 emissions in line with their commitments to clean and renewable energy.  

BeeX’s HAUV A.IKANBILIS Scanning the Solar Farm

Key Takeaways

Over a four-year annual partnership, BeeX has:  

  • Inspected 68 mooring lines, a power cable bridge, the underside of EDP’s floating solar farm’s barge with geo-referenced Close Visualization Inspections (CVI) and 3D scans
  • Monitored changes in the floating solar farm’s asset integrity, aiding predictions on required asset maintenance  
  • Pushed to improve inspection data accuracy with cost-effective deployments, facilitating easier scalability of EDP’s floating solar farms

The Problematic Use of Human Divers for Inspection Jobs: Limitations and Risks

It is not uncommon to hear of commercial diver deployments for inspection jobs. However, the use of commercial diving for inspection jobs limits the robustness of gathered data and risks divers’ well-being.

First, murky waters and strong waves affect divers’ stabilization and navigation, reducing accuracy in data acquisition. Next, poor weather can also raise mission costs from project delays and increase risks in diver deployments. Finally, divers lack tools in providing consistent geo-referenced coordinates over inspected areas—data of which is crucial for future maintenance jobs on identified assets for repair.

Enhanced Inspections with BeeX’s Underwater Vehicle “A.IKANBILIS”

EDP was aware of the limitations posed by commercial divers. In search of a better solution that would leave no stone unturned, EDP turned to BeeX’s Hovering Autonomous Underwater Vehicle (HAUV) A.IKANBILIS. A.IKANBILIS would enable fast, accurate, and quantitative locational reporting of underwater assets in the floating solar farm.  

With such information, resulting data could be used to prevent unfavorable but avoidable circumstances that could lead to additional long-term costs over damaged assets.  

“Inspections are important for us. With BeeX, we could quickly “see” the conditions, and make assessments/decisions. This is safer, and a vast improvement from conventional methods.”
Michael Lim, Head, Asset Operations, DG, EDP Renewables APAC

As A.IKANBILIS had been deployed at the solar farm every January beginning the year 2021, EDP has been able to closely monitor its asset changes over a multi-year scope.  

Utilizing the HAUV’s technique of Close Visual Inspections (CVI) and 3D sonar scans, EDP was able to acquire geo-referenced data on the floating farm’s power cable bridge, barge, mooring lines, sea flexes, and anchors through Sambal, the data reporting software of A.IKANBILIS.  

Data could then act as decision-drivers of EDP for the procurement, maintenance, and repair of farm assets.

Overall, BeeX’s partnership with EDP Renewables is a joint effort to support decarbonisation through the scaling of renewable energy. As BeeX believes in the urgency to transition to greener energy sources, BeeX seeks to further improve underwater capabilities in a cost-efficient approach, assisting EDP in scaling floating solar farm installations across the globe.

Data Reporting Portal ”Sambal” at the EDPR Floating Solar Farm
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