Solar Works in Wisconsin
The past few weeks have been very full for BEC Solar. The owner has taken and passed his Master Electrician Certification exam and is now enrolled in a two week training to be a RESNET (Residential Energy Services Network) certified Home Energy Rater (HER).
In the meantime, we found a great blog post written by PamelaCargill for RenewableEnergyWorld.com . Pamela does a fine job of stating and rebuking the common misconceptions about solar power in a colder climate. The article is geared towards folks in the Northeast, but you'll see it's applicable to the Midwest as well.
Why Solar Works Where It Snows
by Pamela Cargill
I've been hearing objections for years against solar energy in the Northeast.
* It's too expensive.
* It's not reliable.
* No one will be around to support it.
* We get too much snow- it doesn't work in the winter.
These objections come on the heels of bad experiences many homeowners had under the Carter years when solar domestic hot water systems were installed at a breakneck pace by companies of varying degrees of reputability, with even more varying degrees of workmanship and integrity. These homeowners instilled the distrust and malaise to their children, who grew up in homes with these sometimes completely broken systems. Many of these homeowners were completely abandoned and in the dark after the installation was complete, with no idea if their system was working or not. It was the Wild, Wild West days of solar.
And then the Sheriff came to town.
Regan pulled the plug and the solar tax credits that have built up the industry came to a screeching halt. Most of the companies fell off the turnip truck like an accident during harvest season. The industry in the Northeast crashed and the road was a mess.
Only a few companies survived these bleak days, usually through clever service contracts, branching out to passive solar work or creativelty partnering and developing new programs and seeking out new renewable energy opportunities throughout the region.
Now what?
Solar is back thanks to creative financing options, great rebate and tax credits, and the international support of top-notch manufacturing and material science. However, the distrust has not subsided. The burn felt from the early maelstrom of activity has not been easily forgotten.
In the Northeast, where fuel oil prices are poised to rise significantly again, where electricity rates are some of the highest in the nation and rising rapidly, there is no better time to better examine these objections than now.
1. It's too expensive.
The cost of inaction is even more expensive, but much harder to quantify in a simple way. However, the good news is that due to the rising costs of fuel oil and electricity, the falling costs of solar equipment, and the increased level of employee training and certification for installers are all contributing to making solar much more cost effective.
Even further, financing programs like power purchase agreements (PPAs) and residential solar electricity programs like SunRun are making solar a low-cost, low-to-no-risk proposition. If you could put a complete solar electric system on your home or business for less than $3,000, would you consider doing it today?
2. It's not reliable.
Sure as the sun comes up every morning, solar energy is there working for you. The question of reliability is really a question of "how do I know if it is actually working?" Just think, would you drive a car with no fuel gage or spedometer? The great news is many companies are offering easy-to-use and understand monitoring equipment that can help you see real time data about the performance of either your solar electric or solar hot water system. You'll know immediately if something is wrong. In many cases, systems can automatically notify your installer of a problem before you even know. Monitoring technology has come a long way since the 1970's to help people have a little peace of mind.
3. No one will be around to support it.
Many companies providing solar energy solutions have or are building full support and service centers to help customers understand problems with their systems or just to be there when confusion arises. Installers are improving their websites; taking notes from the successes in the IT industry and providing online databases of frequently asked questions, online support forums, user forums, and much more.
Many companies, too, are at the point where they have a significant history behind them- 10, 20, even 30 years of combined experience in installation, program management, and industry experitise. Do your homework on your installer if you are worried about whether or not they will be there for you in 5 years or 20 years.
4. We get too much snow- it doesn't work in the winter.
Many people in the Northeast don't realize that we have a wonderful solar resource available. In fact, Germany, arguably the world leader in acceptance and deployment of photovoltaics, receives less average solar insolation anually than the Northeast.[*]
So while it snows in the winter, just remember- after the snow falls, the sun comes out and the sky is clearer than on those hazy July days. Soon the snow will be sliding right off your panels and you'll be back to producing clean, renewable power. The average roof pitch of most Northeast homes is quite ideal to solar installation, too, and will encourage snow to shed from panels.
Examine your objections. Make the right choice.
There are many more reasons why people object to solar power, but as the industry and its people supporting it continue to provide better service, offer better financial deals, and continue to exceed the expectations of the doubting public we hope you will join us a become another gleaming solar roof from space and a proud part of our clean energy future.
In the meantime, we found a great blog post written by PamelaCargill for RenewableEnergyWorld.com . Pamela does a fine job of stating and rebuking the common misconceptions about solar power in a colder climate. The article is geared towards folks in the Northeast, but you'll see it's applicable to the Midwest as well.
Why Solar Works Where It Snows
by Pamela Cargill
I've been hearing objections for years against solar energy in the Northeast.
* It's too expensive.
* It's not reliable.
* No one will be around to support it.
* We get too much snow- it doesn't work in the winter.
These objections come on the heels of bad experiences many homeowners had under the Carter years when solar domestic hot water systems were installed at a breakneck pace by companies of varying degrees of reputability, with even more varying degrees of workmanship and integrity. These homeowners instilled the distrust and malaise to their children, who grew up in homes with these sometimes completely broken systems. Many of these homeowners were completely abandoned and in the dark after the installation was complete, with no idea if their system was working or not. It was the Wild, Wild West days of solar.
And then the Sheriff came to town.
Regan pulled the plug and the solar tax credits that have built up the industry came to a screeching halt. Most of the companies fell off the turnip truck like an accident during harvest season. The industry in the Northeast crashed and the road was a mess.
Only a few companies survived these bleak days, usually through clever service contracts, branching out to passive solar work or creativelty partnering and developing new programs and seeking out new renewable energy opportunities throughout the region.
Now what?
Solar is back thanks to creative financing options, great rebate and tax credits, and the international support of top-notch manufacturing and material science. However, the distrust has not subsided. The burn felt from the early maelstrom of activity has not been easily forgotten.
In the Northeast, where fuel oil prices are poised to rise significantly again, where electricity rates are some of the highest in the nation and rising rapidly, there is no better time to better examine these objections than now.
1. It's too expensive.
The cost of inaction is even more expensive, but much harder to quantify in a simple way. However, the good news is that due to the rising costs of fuel oil and electricity, the falling costs of solar equipment, and the increased level of employee training and certification for installers are all contributing to making solar much more cost effective.
Even further, financing programs like power purchase agreements (PPAs) and residential solar electricity programs like SunRun are making solar a low-cost, low-to-no-risk proposition. If you could put a complete solar electric system on your home or business for less than $3,000, would you consider doing it today?
2. It's not reliable.
Sure as the sun comes up every morning, solar energy is there working for you. The question of reliability is really a question of "how do I know if it is actually working?" Just think, would you drive a car with no fuel gage or spedometer? The great news is many companies are offering easy-to-use and understand monitoring equipment that can help you see real time data about the performance of either your solar electric or solar hot water system. You'll know immediately if something is wrong. In many cases, systems can automatically notify your installer of a problem before you even know. Monitoring technology has come a long way since the 1970's to help people have a little peace of mind.
3. No one will be around to support it.
Many companies providing solar energy solutions have or are building full support and service centers to help customers understand problems with their systems or just to be there when confusion arises. Installers are improving their websites; taking notes from the successes in the IT industry and providing online databases of frequently asked questions, online support forums, user forums, and much more.
Many companies, too, are at the point where they have a significant history behind them- 10, 20, even 30 years of combined experience in installation, program management, and industry experitise. Do your homework on your installer if you are worried about whether or not they will be there for you in 5 years or 20 years.
4. We get too much snow- it doesn't work in the winter.
Many people in the Northeast don't realize that we have a wonderful solar resource available. In fact, Germany, arguably the world leader in acceptance and deployment of photovoltaics, receives less average solar insolation anually than the Northeast.[*]
So while it snows in the winter, just remember- after the snow falls, the sun comes out and the sky is clearer than on those hazy July days. Soon the snow will be sliding right off your panels and you'll be back to producing clean, renewable power. The average roof pitch of most Northeast homes is quite ideal to solar installation, too, and will encourage snow to shed from panels.
Examine your objections. Make the right choice.
There are many more reasons why people object to solar power, but as the industry and its people supporting it continue to provide better service, offer better financial deals, and continue to exceed the expectations of the doubting public we hope you will join us a become another gleaming solar roof from space and a proud part of our clean energy future.
Sunday, March 7, 2010
BEC is a GeoComfort Dealer
We're very excited to offer our customers the best in geothermal system units. The last thing you want to do when installing a geothermal system is to install a cheap unit. These systems work hard! I've had to make numerous repairs to systems (not my installations!) that had cheap mechanical units.
All GeoComfort units have coated air coils that prevent corrosion, enhancing reliability and life expectancy. They are equipped with a durable stainless steel drain pan, which means no corrosion and a long life span.
Geocomfort uses only Copeland scroll compressors. This proven compressor technology ensures better reliability due to fewer moving parts. Digital controls insure proper operation and a variety of field selectable settings for each installation. Advanced safety controls help protect the equipment.
A hot water generator is standard with all GeoComfort units. This allows the capture of free unused heat, typically cutting hot water costs by 30 - 50%.
All GeoComfort units come equipped with an oversized, rifled coaxial water heat exchanger for increased surface area, providing significantly higher efficiencies than required by Energy Star or ASHRAE (American Society of Heating, Refrigeration, and Air-Conditioning Engineers) standard 90.1
Installing a GeoComfort system in your home is equivalent to removing two cars, and the pollution they create, from the road.
Installing a GeoComfort system in your home is equivalent to planting a full acre of new trees.
Labels: GeoComfort Dealer, Geothermal Systems
