Terrenus Energy powers thousands of homes, schools, and businesses in Singapore with green and renewable energy.
Constructed under JTC’s SolarLand programme, SolarLand 1 is the
first grid-connected solar farm in Singapore.
The project was extended to deploy more solar panels. It now
boasts an array of innovations, including fence-integrated solar
panels, and micro-wind turbines that can operate in Singapore’s
low-wind environment.
Constructed under JTC’s SolarLand programme, SolarLand 1 is the first grid-connected solar farm in Singapore.
The project was extended to deploy more solar panels. It now boasts an array of innovations, including fence-integrated solar panels, and micro-wind turbines that can operate in Singapore’s low-wind environment.
Constructed under JTC’s SolarLand programme, SolarLand 1 is the first grid-connected solar farm in Singapore.
The project was extended to deploy more solar panels. It now boasts an array of innovations, including fence-integrated solar panels, and micro-wind turbines that can operate in Singapore’s low-wind environment.
Constructed under JTC’s SolarLand programme, SolarLand 1 is the first grid-connected solar farm in Singapore.
The project was extended to deploy more solar panels. It now boasts an array of innovations, including fence-integrated solar panels, and micro-wind turbines that can operate in Singapore’s low-wind environment.
Constructed under JTC’s SolarLand programme, SolarLand 1 is the first grid-connected solar farm in Singapore.
The project was extended to deploy more solar panels. It now boasts an array of innovations, including fence-integrated solar panels, and micro-wind turbines that can operate in Singapore’s low-wind environment.
Constructed under JTC’s SolarLand programme, SolarLand 1 is the first grid-connected solar farm in Singapore.
The project was extended to deploy more solar panels. It now boasts an array of innovations, including fence-integrated solar panels, and micro-wind turbines that can operate in Singapore’s low-wind environment.
Spanning 11.6 h.a., SolarLand 2 is currently Singapore’s largest ground-mounted solar farm.
It is built to be more mobile than conventional solar farms, deploying a first-of-its-kind mobile substation and a compact modular mounting system that cuts installation and dismantling times by up to 50%.
Constructed under JTC’s SolarLand programme, SolarLand 1 is the first grid-connected solar farm in Singapore.
The project was extended to deploy more solar panels. It now boasts an array of innovations, including fence-integrated solar panels, and micro-wind turbines that can operate in Singapore’s low-wind environment.
Spanning 11.6 h.a., SolarLand 2 is currently one of Singapore’s largest ground-mounted solar farms.
It is built to be more mobile than conventional solar farms, deploying a first-of-its-kind mobile substation and a compact modular mounting system that cuts installation and dismantling times by up to 50%.
Spanning 11.6 h.a., SolarLand 2 is currently Singapore’s largest ground-mounted solar farm.
It is built to be more mobile than conventional solar farms, deploying a first-of-its-kind mobile substation and a compact modular mounting system that cuts installation and dismantling times by up to 50%.
Spanning 11.6 h.a., SolarLand 2 is currently Singapore’s largest ground-mounted solar farm.
It is built to be more mobile than conventional solar farms, deploying a first-of-its-kind mobile substation and a compact modular mounting system that cuts installation and dismantling times by up to 50%.
Under HDB’s SolarNova programme, SolarNova 6 will see the deployment of solar panels across 1,198 HDB blocks and 57 government sites.
A part of JTC’s ongoing solarisation initiative, SolarRoof 3 will enable the direct export of solar- generated electricity from rooftops of JTC buildings to the power grid.
Under HDB’s SolarNova programme,
SolarNova 6 will see the deployment of
solar panels across 1,198 HDB blocks and
57 government sites.
A part of JTC’s ongoing solarisation
initiative, SolarRoof 3 will enable the
direct export of solar-generated
electricity from rooftops of JTC
buildings to the power grid.