I’m interested in seeing the statistics regarding the electricity generated by the test panels installed on the Saskatchewan Science Centre, in the attached picture, and as mentioned in the below quote from your website a couple years ago.
In 2000, we installed a photovoltaic array at the Saskatchewan Science Centre for research purposes. Results showed that the cost savings realized from the solar energy system cannot effectively offset the capital costs for installation. As a result, this technology is better suited to niche applications where connection to the grid is uneconomical or when passive solar enhancement is desired. For the purposes of scientific demonstration, this project continues to be in operation.
At present (2012), solar power is not suitable for large-scale generation in Saskatchewan because of its high cost and low capacity factors.
Given technology has advanced somewhat in the ensuing 14 years, what is SaskPower’s present outlook regarding large scale solar on the grid? The New York Times, and Forbes note that large-scale solar generation appears to be a cheaper means to generate power than coal, despite its inability to provide overnight baseload power (barring some designs of solar power towers).
Notable author Chris Turner says that installed PV costs in Alberta have declined more than 90% since 2000, without government support. What is SaskPower doing to capitalize on this fact, since less than 1% of our electricity is presently solar based?
Also see SaskPower’s earlier predictions.
Good news in Saskatoon, unless the Council stops it from happening.
Janson Anderson, director of customer programs for SaskPower, said that, despite lost revenue, the organization supports homeowners powering their houses with alternate energy sources and that about 260 SaskPower customers across the province currently use solar power as part of the company’s net metering program. Despite dropping prices of solar panels in recent years, Anderson said there remain “significant upfront costs” in installing solar systems and so anything cities can do to ease that burden will help more people utilize solar power.
One way to think of this stat is that it takes the equivalent solar power of 50 homes to power ~50 gas cars.
Equipping 50 homes with solar panels is estimated to reduce greenhouse gas emissions by about 260 tonnes a year. the equivalent of getting 51 cars off the roads.