Solar installation brings Club Sapphire a step closer to a sustainable future
Thursday, 14 March, 2013
Todae Solar has announced the completion of a 94.75 kW grid-connect solar power system on the roof of Club Sapphire in Merimbula, NSW. The installation was commissioned as part of the Solar in Clubs Program through Clubs’ Sustainable Futures and Solar Choice, servicing the NSW Club industry.
Todae Solar was awarded the project through a competitive tender managed by Solar Choice. The system comprises 379 Suntech 250 W modules with five SMA Tripower inverters and has an expected output of 124,593 kWh per year.
“Todae Solar provided an excellent service in managing the entire project from their outstanding tender document through to installation and they have continued to provide an excellent service after the installation,” said Club Sapphire CEO Damien Foley.
According to output data since inception, the solar system has been performing above expectations.
“The system has only been on the roof for a short period but we are already seeing the benefits, both in the reduction in energy usage but also the fantastic response we have had from our members and the wider community to the initiative,” said Foley.
The system is expected to not only generate significant energy savings for Club Sapphire but also have a large impact on the carbon footprint of the club. It is expected to reduce carbon emissions by approximately 165 tonnes of CO2 annually - the equivalent of 68 small cars off the road.
The installation was completed in four weeks according to design and specification.
Foley said, “We are proud of our partnership with Todae Solar and look forward to the many years of financial and environmental benefits from the system.”
Radio station set to reduce emissions by 25%
A Hills District community radio station in Sydney has partnered with SolaHart to reduce its...
Grid simulation software to unlock future grid capacity
ACEREZ will use next-generation cloud-based grid simulation software for large-scale...
Turning down the heat: how innovative cooling techniques are tackling the rising costs of AI's energy demands
The systems running AI workloads are producing more heat and traditional air cooling is simply is...