Energy prices are political, confusing, and generally rising. Ontario's rising energy costs are affecting businesses, and will do so even more over the next ten years. This webinar offers insight behind the markets into what is happening to energy pricing (politics aside), what businesses can do to benefit from the coming changes, and how to put more energy dollars back into your business.This webinar will provide insights about the best ways to take advantage of government programs to stay ahead of changing energy prices.
Takeaways:
- Update on Ontario energy pricing trends.
- Update on conservation programs/grants
- 101 on Energy Audits & retrofits
- How to put energy $$ back into your business
4. What Exactly Are We Paying For?
•
•
•
•
•
Insurance?
Emissions & waste?
Env’t protection?
Construction?
Taxation?
Users:
•Residential
•Time of Use
•Spot Market
•Peak & net
•Incentives
5. Actual Energy Price History in Ontario
http://www.eco.on.ca/blog/2013/02/20/the-mysteries-of-electricity-pricing-in-ontario/
6. Actual Energy Price History in Ontario
Little to no net change from
2005 through 2012
http://www.eco.on.ca/blog/2013/02/20/the-mysteries-of-electricity-pricing-in-ontario/
7. Context
• Old generators,
many due for
rebuilds
• Surplus
baseload
generation at
night
• Annual peaks
~27,000 MW
• Diverse supply:
some flexible,
some not
• Diverse hazards
& strategies
8. The Challenge
• Aging and now obsolete system
• Load forecasts are a best guess
(who’s guess is best?)
• Anything new costs money
• People disagree on the costs
• Big budgets beget thick politics
… and more politics…
… and more politics…
Slide time: <1 min.
Take Back Your Dollars
Energy prices are political, confusing, and generally rising. Ontario's rising energy costs are affecting businesses, and will do so even more over the next ten years. This webinar will offer insight behind the markets into what is happening to energy pricing (politics aside), what Chamber Members can do to benefit from the coming changes, and how to put more energy dollars back into your business.This webinar will provide great insight about the best ways to take advantage of government programs to stay ahead of changing energy prices.Takeaways:Update on Ontario energy pricing trends.
Update on conservation programs/grants
101 on Energy Audits & retrofits
How to put energy $$ back into your business
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Talking points:
Welcome!
Renewable energy is not new, but Ontario’s Green Energy Act is.
Wind/solar have been in Canada for >50 yrs
Industry is mature - lots of experiences, both good and bad.
The media never tells the whole story, and often embelishes.
Today we’re here to talk about how real projects work… or don’t.
Ontario is a problematic province, with a diversity of strengths and weaknesses, a huge provincial budget, a multimodal economy, and a voracious appetite for energy. The provincial energy system is one of the largest items on the Provincial budget, and is a growing concern. Ontario's Green Energy Act has begun the process of decentralizing Ontario's energy system, opening up opportunities for local communities and local individuals to generate energy for themselves.
What Ontario's government and ENGO sector did not expect was the degree of opposition and localized social friction that locally owned renewable energy projects would face. That opposition has had mixed competence, but has become increasingly well organized, and has been very damaging to Ontario's nacent green energy economy.
Energy is changing around the world.
Nuclear is phasing out.
Coal is killing us.
Natural gas is fracked.
Renewables used to provide 100% of our power, and can again.
First things first: conservation is 7-10 times less expensive than ANY new generation.
Context (ie: today’s reality)
Update on Ontario energy pricing trends.
Update on conservation programs/grants
Opportunities going forward
101 on Energy Audits & retrofits
How to put energy $$ back into your business
Slide time: 2-3 mins.
Image: Wind turbines and solar panels outside Wal-Mart in McKinney, Texas
Whether retrofitting buildings or street lighting, the same principles apply:
Use Less:
Know your turn-down ratio
“Turn-down ratio” compares the amount of energy the bldg. is using when it is “off” to the amount it uses when “on”. Most buildings never really turn fully off: they have emergency lighting, ventilation, heating, and other loads that are always on. The turn-down ratio is the percentage of “on” power that is used when “off.”
Eg: a turn-down ratio of 50% means that when all staff go home and the building is turned “off”, it is still using 50% of the energy it would be if it was turned “on”.
(50-70% is not uncommon from what we’ve seen and been told by our colleagues)
Consider controls to improve turn-down: lighting controls, PLC/BAS controls, etc.
BAS = Building Automation System: most commercial buildings have one.
PLC = Programmable Logic Controller: most industrial processes have one.
Turn-off stuff not in use (eg: motion sensors in bathrooms)
Turn-off stuff that’s not required (eg: “sensors, moisture sensors on irrigation)
Eg: don’t spend electricity on lighting when the sun is doing fine
Eg: don’t spend water and electricity irrigating when it’s raining
Eg: economizers for fresh air
Recover the energy you’ve already used: ERV’s, DWHR, steam flue heat exchangers, etc.
ERV = Energy (or Enthalpy) Recovery Ventilator (recover’s energy in exhaust air)
DWHR = Drain Water Heat Recovery (recover’s energy in drain water)
Steam flue heat exchangers – recover energy from steam that is being exhausted from industrial processes.
Incentives: (see later slides)
Slide time: 2-3 mins.
Whether retrofitting buildings or street lighting, the same principles apply:
Use Less:
Know your turn-down ratio
“Turn-down ratio” compares the amount of energy the bldg. is using when it is “off” to the amount it uses when “on”. Most buildings never really turn fully off: they have emergency lighting, ventilation, heating, and other loads that are always on. The turn-down ratio is the percentage of “on” power that is used when “off.”
Eg: a turn-down ratio of 50% means that when all staff go home and the building is turned “off”, it is still using 50% of the energy it would be if it was turned “on”.
(50-70% is not uncommon from what we’ve seen and been told by our colleagues)
Consider controls to improve turn-down: lighting controls, PLC/BAS controls, etc.
BAS = Building Automation System: most commercial buildings have one.
PLC = Programmable Logic Controller: most industrial processes have one.
Turn-off stuff not in use (eg: motion sensors in bathrooms)
Turn-off stuff that’s not required (eg: “sensors, moisture sensors on irrigation)
Eg: don’t spend electricity on lighting when the sun is doing fine
Eg: don’t spend water and electricity irrigating when it’s raining
Eg: economizers for fresh air
Recover the energy you’ve already used: ERV’s, DWHR, steam flue heat exchangers, etc.
ERV = Energy (or Enthalpy) Recovery Ventilator (recover’s energy in exhaust air)
DWHR = Drain Water Heat Recovery (recover’s energy in drain water)
Steam flue heat exchangers – recover energy from steam that is being exhausted from industrial processes.
Energy audits 101
Building Dr. – M&V
Slide time: 2-3 mins.
Step 1: Scoping – determine technology options
Not every technology fits everywhere. There is no perfect solution. Understand what works in your situation.
Step 2: Feasibility assessment(s)
Rule of 1%: do some quick math (napkin math) to guesstimate your budget, and then before you start, spend 1% of that amount getting help to confirm that the budget and payback are what you expect.
Step 3: Research permitting requirements
Ask early and often! Do not let yourself be surprised! Unexpected permits can bankrupt or sabotage a project.
Talk to a minimum of:
Local building department (they will know if you need to talk to other city departments, eg: Heritage department)
Local utilities (electrical, gas, water, sewer)
Local conservation authority
Step 4: Research grants and incentives
Consider all levels of government and utilities: fed, prov, municipal, conservation authorities, utilities
Consider asking a consultant for help
Step 5: Hire RE consultant or turn-key OEM/distributor
Experience can be worth much more than it’s weight in gold
Mindscape provides renewable energy resource assessments to determine which forms of renewable energy will best fit your needs and location.
Mindscape also has partners involved with many different renewable energy technologies.
And Mindscape is not the only company that offers services and has good experience: we have many competitors. Make sure you check references, and check the internet: it’s amazing what you can learn about a company on the internet now…
(If you do a search on Mindscape or on Derek Satnik then you’ll get a huge number of hits: try that for anyone before you consider hiring them, and see what you find out…)
Encourage skepticism, not cynicism
Slide time: <1 min.
Image from http://www.caribbeanelections.com/education/images/library_books_5516.jpg
If there’s any one closing thought I’d like to leave you with it’s this.
Renewable energy is not just about economics or doing good projects, although it is certainly about that. Renewables are a basic acceptance of the fact that we cannot continue burning fossil fuels the way we have been. Nature won’t tolerate it.
Slide time: >1 min.
It’s up to me.
It’s up to you.
It’s up to all of us.
Call us if you have any questions. We’d love to help.
Please fill out a feedback form. If you want the slides, leave us your email address.
I’m writing a book! If you want a pre-release copy, leave your email address.
Thanks for your time!