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Nanogrid Site Installation Begins in The Philippines

Wed, 06 December, 2023

The final tests of the IMPHORAA project nanogrid systems have been completed and the site installation has been initiated in the Philippines. 

Figure 1. Performing final checks on the nanogrid controller before installation
Figure 1. Performing final checks on the nanogrid controller before installation

Jon Defensor of QLM logistics and Ashadul Hoque from TVS have led the installation, making the trip to Port Silanguin in the Philippines. The solar panels and batteries have been delivered along with refrigerating cool box units.

Figure 2. IMPHORAA system control boxes have been shipped to the Philippines and delivered to Port Silanguin
Figure 2. IMPHORAA system control boxes have been shipped to the Philippines and delivered to Port Silanguin

All the components had to be delivered by boats due to the rural location of the installation site. This was a quite laborious activity requiring a lot of planning and effort.

Figure 3. IMPHORAA consortium members unloading a cool box unit at Port Silanguin
Figure 3. IMPHORAA consortium members unloading a cool box unit at Port Silanguin

The refrigerator units will allow the local fishermen to keep their catches fresh for longer, which will undoubtedly help them build and grow their businesses.

Figure 4. Final tests of the nanogrid system being performed
Figure 4. Final tests of the nanogrid system being performed

The locals shared their excitement with the team and are looking forward to using the refrigerators. Furthermore, night lights will be a unique experience for them to socialise after work.

IMPHORAA’s nanogrid systems will provide massive benefits to almost every aspect of these people’s lives.

 

This project is supported by Innovate UKs Energy Catalyst Programme (funding by the Foreign, Commonwealth Development Office through their Transforming Energy Access Programme) and UK aid and was awarded as a “subsidy” under the UK International Obligations for Subsidy Control and delivered under Grant 90935 from Innovate UK