United World College, Singapore
The new campus was designed with support by SOLID’s concept for large-solar-thermal-systems, to fulfill the criteria of the Green Mark Platinum Certificate. The Green Mark
BIG's requirements were clearly defined: a photovoltaic system with an output of 200 kWp. The aim was to generate the majority of the school's electricity requirements sustainably and feed surplus energy into the grid. In the course of a tendering and bidding process, SOLID came out on top as the best bidder.
SOLID developed a solution that met BIG's requirements optimally and cost-effectively. The technical implementation comprises 460 modules with a total area of 898 m², which will generate 200 MWh of electricity per year.
Ecological and economic advantages
The plant, which is scheduled for completion in December 2024, will save around 117 tons of CO2 per year. It will also reduce the school's electricity costs and strengthen BIG's focus on sustainability. Operation of the system will be taken over by HTL Kapfenberg after the successful trial run
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The new campus was designed with support by SOLID’s concept for large-solar-thermal-systems, to fulfill the criteria of the Green Mark Platinum Certificate. The Green Mark
The solar thermal plant, with in total 790 m²/8,500 ft², supports the energy supply of domestic hot water system, heating system, air-conditioning system (via absorption
Caixa Geral de Depósitos (CGD) is a Portuguese state-owned banking corporation, and the second largest bank in Portugal. It was established in Lisbon in 1876.
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