Renewable power best option for Saskatchewan

Bruce Power is seeking government approval to build a 2,200 megawatt nuclear power plant in Saskatchewan.

It says there will be demand for at least another 1,000 megawatts of electricity in our province by 2020. The additional power created by its nuclear plant would be exported to Alberta.

Bruce Power's proposal is a big financial gamble for Saskatchewan taxpayers. Ontario just received a bid from Atomic Energy of Canada on a slightly bigger nuclear power plant of 2,400 MW. The estimated cost was $26 billion.

Ontario wisely declined to proceed. Consumers there are still paying a monthly levy on their power bills to cover the huge cost overruns on nuclear reactors built in the 1980s and 1990s.

What would a better alternative to a nuclear power plant look like? My suggestion is that SaskPower opt for a range of electricity efficiency and renewable electricity measures that have low greenhouse gas emissions.

If we need another 1,000 megawatts of extra power by 2020 to supply our own needs, here is what the package could look like:

1) 125 MW of low-impact, small-scale hydro. SaskPower could approach First Nations and Métis communities in Northern Saskatchewan and offer to develop such hydro facilities jointly with them, providing good jobs and real economic benefits;

2) 50 mW of biomass generation (burning wood wastes to generate electricity), with new jobs for communities along the forest fringe;

3) 25 mW from waste heat recovery at natural gas compressor stations and installation of landfill gas at large city landfills;

4) 300 mW from efficiency measures. For example, as existing electric motors wear out, incentives would be offered to industry to install the most efficient ones on the market. Restaurants would be encouraged to install super energy efficient refrigeration units and farmers would be supported in installing the most energy efficient irrigation systems available. Every electricity consumer in Saskatchewan would get financial help to become more efficient in using electricity.

Vermont and California have done this for years and proven that energy efficiency creates many new jobs and is the cheapest option for achieving additional capability from your electricity system;

5) 200 mW from co-generation. We already have a 228 mW co-generation plant at the Cory potash mine, where both electricity and steam for industrial processing are produced on-site. Co-generation is a much more efficient way to use natural gas, operating at more than 56 per cent efficiency versus 33 per cent for a conventional power plant;

6) 300 mW of wind power, geographically dispersed across southern Saskatchewan. This could take the form of joint ventures between SaskPower and wind farm co-operatives owned by farmers. The wind power output should be coordinated with hydro from Saskatchewan and Manitoba.

As Denmark and the state of Washington have demonstrated, the cost is very low to co-ordinate wind power and hydro power to provide reliable base load electricity.

This package creates jobs all across Saskatchewan rather than jobs only where a nuclear power plant is built. It is greenhouse gas-friendly. These smaller projects can be constructed as needed, rather than come on line all at once in 2020. Finally, this package is a lot cheaper than a nuclear power plant.

At best, a nuclear plant will cost 15 cents a kW hour. Our renewable energy and energy efficiency package will cost no more than 10 cents a kW hour. The energy efficiency measures can be done by SaskPower for less than seven cents per kW hour.

We in Saskatchewan don't need a nuclear power plant. We are blessed with much better alternatives.