Ontario Agriculture

The network for agriculture in Ontario, Canada

solar panels

Is anyone concerned with this solar excitement.

 

Current prices are about 5.6 to 8 cent per KWH. The government is paying people with solar panels ect 80 cents per KWH. This seems really excessive.

 

Does this make sense? Can we expect hydro to jump that much. Why is our government taking taxes from the masses and giving it to the few? I understand the whole global warming talk and utilizing green power. Does it come down to deregulation of generators now everyone can do it instead of the people owing the generation. I am not sure this is sustainable.

 

What does everyone think of solar?

Views: 400

▶ Reply to This

Replies to This Discussion

Permalink Reply by Go Solar Canada on July 7, 2010 at 10:30am
If Pythagoras (cira 600BC) developed nuclear energy, we would still be watching over his waste today. Is that the legacy you want to leave.

For those that think $5 a year per family in Ontario is a lot of money maybe they should look at the debt retirement charge on your Hydro bill. This is the cost of going nuclear, How about 5 bucks a month. 60% of my bill was distribution charges, this is so high because of the great losses in bringing the energy from the power plant to your home. It costs the hydro company nothing to bring the power off of my roof or out of my back yard and into my house. The power you use is already subsidized. These subsidies go towards fat paychecks for the people who run the industry and are used to wine and dine the people who are behind the decisions to make sure great programs like the microFIT do not work, it keeps their checks fat. Why pay 10 microFITs a million dollars over 20 years when you can use that money for part of one persons bonuses for a year. Why use clean energy when we can spend billions on storing our nuclear waste. There is nothing wrong with our current technologies as long as we leave the cost of cleaning up after their use to our children. (Smog, tar sands, nuclear waste, They say if a natural gas plant blows up it will take a few blocks with it. Remember they said three mile island couldn't happen. Maybe to save money we can design a couple more reactors just like the Maple reactors that cost us millions and have been shelved by the Harper government.
Just in the almost four months my small 8 module microFIT has been running, My generation has saved 1142 lbs of carbon going into the air. How much would it cost you to remove that carbon out of the air once it has been put there by a coal plant or oil field.

Dan
Permalink Reply by Dale Ketcheson on July 7, 2010 at 3:16pm
I think anybody who thinks this current or some future Ontario government won't find a way to break these "contracts" and dramatically reduce the prices they're paying hasn't been paying attention to the way governments have been operating for the past... um... decades?

I wish people luck but my bet is that within the first 6 or 7 years of the plan, a whole lot of people will be bankrupted or severely hurt financially and a lot of panels will be on the market at firesale prices.
Permalink Reply by Wayne Black on July 8, 2010 at 2:18am
I guess the way I look at it, when on July 7, 2010 at about 11 AM Ontario Energy costs were 28 cents/kWh, I would rather the 58 or 80 cents go to Ontario residents rather than MB, QB, or US businesses. Current prices that the consumer pays is only 5 to 8 cents but demand pricing pushes that over $1/kWh at times (summer of 2008). On average the price is only 2 to 5 cents to buy but the peaks are what costs big money. For more info on demand pricing visit: http://ieso.ca
Permalink Reply by Peter Gredig on July 8, 2010 at 7:15am
Can anyone show me some solar installations that have been productive and running for 20 years? I don't have a problem with whatever the gov't wants to spend to encourage alt energy. I do have a problem investing $100,000 in solar technology that will be out of date in less than two years.
Permalink Reply by Go Solar Canada on July 8, 2010 at 10:57am
Solar is actually a fairly old technology, Einstein won a Nobel in the 1920's for his paper he wrote in the early 1900's, Bell laboratories first sold them in the 50's. There is a system that was installed in 1986 and still running. You can see it and learn more about it if you visit the Kortright Center west of the 400 just off Rutherford.
Permalink Reply by Roadrunner on July 9, 2010 at 3:33pm
Looks like the price drop is slowing down everyone who was looking at putting a solar system on their farm....I think solar could have a place but I want to business to be sound and not too expensive for consumers...

▶ Reply to Discussion

RSS

Agriculture Headlines from Farms.com Canada East News - click on title for full story

Canada-U.S. Trade Dispute Raises Concerns for Agri-Businesses

A Canadian Federation of Independent Business survey warns that ongoing Canada-U.S. trade tensions and tariffs threaten the viability of many affected cross-border agri-businesses.

New Canadian tariffs take effect against the U.S.

These levies include multiple ag items

Pulse Market Insight #305 – September 4, 2026

Black Sea Disruptions Shift Pulse Demand Toward Canada Over the past several years, Russia has grown into one of Canada’s largest competitors in pulse markets, especially for yellow peas into China and India, along with growing volumes of lentils and chickpeas moving into Turkey and South Asia. That’s what makes the current barriers to shipping out of the Black Sea region so important for the year ahead. The situation could change quickly, but for now the disruptions are limiting movement from two major exporters at the very time importers are lining up new-crop coverage. The early market signals suggest that demand is starting to shift toward Canada. The disruptions are landing in a year when pea supplies were already tightening. Production among major exporters is forecast just under 10.0 mln tonnes, down almost 1.5 mln tonnes from last year’s peak, with the largest declines in Canada and Russia. Effective export availability will shrink even more than the production numbers sugges

Amazing Agriculture Adventure Returns to Bring Hands-On Agriculture Learning to Manitoba Students

Agriculture in the Classroom–Manitoba (AITC-M) is pleased to announce the return of Amazing Agriculture Adventure (AAA), taking place September 22–25, 2026, at the Bruce D. Campbell Farm & Food Discovery Centre. This multi-day, interactive program gives Manitoba students the opportunity to experience agriculture firsthand through hands-on, curriculum-connected learning. Students connect directly with farmers, agriculture professionals and industry experts while exploring how agriculture connects to the food they eat, their communities, the environment and their everyday lives. This year, 1,100 students from 41 classrooms will participate in Amazing Agriculture Adventure, engaging in activities designed to spark curiosity, build agricultural literacy and create meaningful connections to Manitoba’s agriculture and food sector. “Amazing Agriculture Adventure brings agriculture to life through hands-on experiences, helping students discover where their food comes from and explore opport

Minister MacDonald announces up to nearly $895,000 to develop and test new clean technology to benefit Canada's indoor agriculture sector

Today, while visiting Hydragreens Produce Ltd. in Calgary, the Honourable Heath MacDonald, Minister of Agriculture and Agri-Food, announced funding of up to $894,673 for SmartGRO Bioengineering Inc. (SmartGRO) under the Agricultural Clean Technology (ACT) Program – Research and Innovation Stream. Building on the recently announced $3.2-billion National Food Security Strategy and its $750 million dedicated to controlled environment agriculture, this investment will help the Calgary-based start-up to develop and test new clean lighting technology to make year-round indoor agriculture more energy-efficient and environmentally friendly. SmartGRO is developing a unique system that uses ultra-fast pulsing LED lights, combined with plant sensors and artificial intelligence (AI). The sensors collect information about the plants such as temperature, health, and growth, and the AI then changes the lighting to give the plants exactly what they need to thrive. Unlike regular LED lights that stay

© 2026   Created by Darren Marsland.   Powered by

Badges  |  Report an Issue  |  Terms of Service