Sentosa Development Corporation (SDC) and Resorts World Sentosa (RWS) are embarking on a large-scale deployment of photovoltaic cells to harness solar energy across Sentosa island’s premises from June 2022.
Comprising the installation of solar panels at a new batch of 18 sites across the resort island, the deployment marks the first major renewable energy milestone under the refreshed Sustainable Sentosa strategic roadmap launched in September 2021, under which the Sentosa community has committed to becoming a carbon-neutral destination by 2030 and a globally recognised, certified sustainable tourism destination.
As part of the deployment, SDC is launching a tender today for the installation of photovoltaic cells, marking the first time that rooftops with varying tenures are being consolidated into a single tender in Singapore. Comprising seven sites at locations such as Palawan Kidz City, Beach Station, as well as the three Sentosa Line cable car stations, the consolidation will strengthen the tender’s commercial viability, with more spaces activated for solar energy generation.
Under this tender, tenure refers to the duration that each rooftop is available for photovoltaic cell installations, based on considerations such as development and renovation plans for each building. Locations were selected after taking into account the availability of sufficient sunlight and an unobstructed guest experience.
Separately, RWS will begin the installation of new photovoltaic cells this month at 11 sites on its premises including Universal Studios Singapore and Hard Rock Hotel Singapore’s rooftops.
These 11 new sites, along with an additional site at RWS’s warehouse at Pandan Green Gardens, will quadruple RWS’s existing solar network which already hosts one of the largest solar photovoltaic systems in Singapore’s hospitality sector. The new installation is part of RWS’s Sustainability Master Plan and decarbonisation strategy, as it advances its efforts to drive sustainable tourism.
Collectively, the solar panels at the 18 new sites will cover about 2.5 hectares, with a solar capacity of 3.094 megawatt-peak (MWp) that can produce 3,871,500kilowatt-hours (kWh) of clean energy annually when fully installed by 2023. This will result in an overall reduction of 1,643 tCO2 per year, which is equivalent to the carbon generated by 60,000 hotel room nights.
