Coho Building: Seattle’s New Cleantech Incubator?

August 31st, 2010

EnergySavvy’s world headquarters has moved!

After a year and half at our “luxurious” office in South Lake Union, which had such lovely features as no air conditioning, broken venetian blinds and exhaust fumes from the antique car repair shop below us, we’ve moved offices. We’ll miss our old neighbors, including our friends from Estately, Active Building and TeachStreet.

Two weeks ago, we had a classic whirlwind D.I.Y. move day. A rented cargo van + Scott and Leo’s cars made two trips from our old office to our new office. The movers (a.k.a. yours truly) sweated our way through 90 degree heat and our new building’s exciting freight elevator – a 1917 original that is somehow still certified to be safe by the city of Seattle.

For guest rides in the scary elevator, talk to Amy Ring, our Director of Client Relations and Chief Scary Elevator operator. Just make sure that all the giant iron doors are shut on all floors and the cage is completely closed.

After lots of work, we’re now happily settled into our new space in the Coho Building in Seattle’s Capitol Hill neighborhood (pictured here from 1937). The Coho Building was built in 1917 by Ira Harding, the founder of Seattle Empire Laundry. Today, we’re ready to proclaim the Coho Building a new center for cleantech in Seattle – on the basis of, well, at least two cleantech companies, EnergySavvy and our new neighbors, Tuusso Energy. Tuusso is a developer of mid-sized solar power plants – to supply utilities with clean, renewable power. We love solar power, especially when it’s implemented in conjunction with cost-effective energy efficiency programs.

We love our new space! From the third floor, we have a great west-facing view of the Seattle skyline and Cal Anderson Park. Original hardwood floors, an energy-efficient ductless air conditioner (SEER 17.5!), solar shades, a kitchen with running water, a conference room, lots of whiteboards, desks that don’t collapse if you lean too hard on them and room for the company to keep growing.

Office warming party details to come!

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Did Cash for Appliances Work?

July 19th, 2010

It’s a huge success. It hasn’t gone anywhere. Actually, it’s a little of both.

Fifty states and six territories have launched “Cash for Appliances” programs since late last year. Each one had the same amount of money – about a dollar per resident – but the results have been wildly different. Some states ran through their entire rebate budgets in hours; others can’t seem to give away their money. What’s been going on?

(click for full-sized chart)

Cash for Appliances, modeled on (or at least nicknamed after) last year’s “Cash for Clunkers” program, was funded as part of the $787 billion stimulus bill. Unlike “Cash for Clunkers”, the appliance rebate program wasn’t designed and administered by the federal government. Instead, the government directed $300 million to the 50 states (plus DC and several American territories), at a ratio of roughly $1 per person in each state. Each state then had the opportunity to design their own program within the general guidelines given by the government.

As you’d imagine with a lot of cooks in the kitchen, no two states designed their rebate program in the exact same way: rebate amounts, categories, eligibility, application processes and marketing plans have all differed. As have the results… Ten states had crushing consumer demand that caused them to run out of rebate funds within 4 days of the respective program start dates, with complaints of flooded call centers and crashing websites. Thirteen other states still have desperate operators standing by and literally can’t give away their money.

Comparing State by State Rebate Programs

It’s not just a matter of some states having better deals than others. Take, for example, refrigerator rebates in Massachusetts, Minnesota and California. The programs in all three states offered $200 rebates on efficient refrigerators. Massachusetts and Minnesota “sold out” in 1 day and 2 days respectively. California? Same rebate amount, but the program has been open since April and still has $19 million in rebates unredeemed.

Across the country, the rebate categories and amounts are all over the board:

Category Smallest State Rebate Largest State Rebate
Refrigerators $50 $700
Clothes Washers $35 $800
Freezers $25 $600
Dishwashers $25 $400
Air Conditioners $20 $1,075
Furnaces $100 $2,000
Heat Pumps $75 $2,000
Water Heaters $100 $1,400
Solar Water Heaters $150 $1,200
Boilers $100 $1,200



So what attributes matter the most when it comes to determining whether a state program sells out quickly or not at all? The answers aren’t as straightforward as you’d think. We did some analysis to compare each of the programs to see what predicted their likelihood to sell out.

What Doesn’t Matter

Average Electricity Rates: One of the biggest surprises in analyzing the state by state rebate data is that the average price of electricity in a state has almost no impact on how popular its Cash for Appliances program is. Consumers don’t seem to be thinking about this program in terms of its ability to save them money over the long-term – otherwise, we’d expect to see that the states with much more expensive electricity selling out their rebate programs much more quickly than those that have relatively cheap power.

Non-Appliance Rebates: There are the “shiny” appliances (refrigerators, washers, freezers and dishwashers), and then there are the “boring” systems (air conditioners, furnaces, heat pumps, water heaters, boilers and solar water heaters). There’s almost no correlation between the number of “boring” categories that a state has rebates for, or the maximum amount of any of those rebates, and the speed at which the state has gone or is going through their Cash for Appliances budget. While we haven’t seen break-downs for many states in terms of the numbers of each type of rebate that have been redeemed, this result indicates that most people aren’t being motivated by the number or dollar figures of non-appliance rebates.

What Matters a Little Bit

Number of “Shiny” Appliance Rebate Categories: There are four basic appliance categories where states can offer rebates (refrigerators, freezers, dishwashers and clothes washers). Generally speaking, the states that offer rebates in 3 or 4 of those categories are more likely to have run through their rebate dollars quickly than those that have offered rebates in fewer appliance categories.

The fact that states that offer smaller rebates on a broader set of appliances have handed out their money faster than states that offer larger rebates on fewer types of appliances may mean that rebates aren’t successfully channeling consumers into buying specific appliances, but rather “catching” buyers who were already planning purchases.

In Pennsylvania, for instance, there are no rebates on “basic appliances”. All the rebates being offered in that state are for the behind-the-scenes systems for heating water and air (furnaces, boilers and water heaters) –systems in the home that utilize far more energy than kitchen and laundry appliances. And yet, Pennsylvania is one of the “slowest” states utilizing their Cash for Appliances money: of their $11.9 million, they’ve only given out $2 million as of early July. Does that mean that Pennsylvania is failing in their “Cash for Appliances” program? As an economic stimulus, it has clearly not injected as much activity as other “fast” states. But in the longer term, its rebate program should save Pennsylvanians more money than states using their money on appliance rebates only – saving more kWh per rebate dollar spent – if homeowners would just use the program!

Highest “Shiny” Appliance Rebate Dollar Amount: If you exclude several outlying state programs, where very large appliance rebates are provided but only to low-income (Kansas, Oregon) and disabled (Alaska) residents, there’s some correlation between the dollar amount of the largest appliance rebate and how quickly the program dollars ran out, though not nearly as much as whether a program required reservations.

What Really Matters

“Do you have reservations, sir?”: The number one predictor of whether a state rebate program sold out quickly didn’t have anything to do with how generous the rebates were. It actually turned out to hinge on the program’s design. Virtually all the “fast” states required consumers to pre-reserve a rebate application before making a purchase. These states set up websites and call centers that “opened” at a certain date and time, creating an “event” that turned into a feeding frenzy of activity, before closing down within days, or even hours.

Think of the lines around the block at your local Apple store each time a new version of the iPhone comes out. With the iPhone 4, everyone was just standing in line for a reservation! Do you really think Apple’s product marketers could have been taken by surprise by consumer five times in a row (4 iPhone versions and the iPad)?

Ten of the 17 “fastest” states required consumers to reserve a rebate before purchasing a qualifying appliance. Six others had hybrid programs where consumers could either reserve ahead of time or get the discount at the point of sale (if available). Of the 15 “slowest” states, 11 have no reservation system, and three others have optional reservation systems. Basically, all the “slow” states use mail-in rebates after purchase.

Conclusions

For consumers, there’s not much more to say than to give the advice to make calculated, rational decisions about the upfront cost of energy efficiency measures, the available rebates and the 3-5 year payoff. Of course, it’s been pretty well documented in recent behavioral economics research that most consumers don’t behave rationally. So, how about this? At least make sure that you’re aware of all the state, utility and federal energy rebates and tax credits that you can “stack” together and pay for your projects. And, if you’re not sure which projects are the best investment, EnergySavvy has an online energy analysis tool to help you figure it out.

For rebate program designers in government, utilities or manufacturers, there are a few lessons that can be taken away from the Cash for Appliances results:

  1. Create demand through scarcity by requiring pre-reservation for new rebate programs. For rebate programs like Indiana and Pennsylvania (and like many utility rebate programs across the country), that only pay out non-appliance rebates, a potentially effective strategy to kick-start demand would be to re-launch the program with higher rebates for the same back-end measures, but require consumers to pre-reserve their rebate on a specific launch date.
  2. Bundle “shiny stuff” (basic appliances) and “boring stuff” (HVAC systems) together to increase the uptake of less exciting, but greater energy saving, systems.
  3. Catch the “already upgrading” crowd by offering rebates on a wide set of categories but only on the most efficient models in each category. The program may not be stimulating purchases that wouldn’t have happened already, but it can nudge consumers to the highest efficiency products in each category.

The data from the Cash for Appliances program results fit with academic research on consumer behavior.

“The variable rates of uptake based on seemingly trivial factors such as creating a sense of urgency are further evidence that, when the goal is to encourage consumers to act in their best interest, giving them some reason other than pure rationality can be surprisingly effective,” said Michael I. Norton, Associate Professor of Marketing at Harvard Business School, “Inserting some excitement into behaving well – in some sense, copying the way parents induce their children to eat their vegetables via airplane noises – should always be an important consideration for policymakers interested in encouraging behavior change.”

For more information on this report and analysis, contact Scott Case at EnergySavvy.com.

Update: August 5, 2010. Oops! We got the data wrong for Missouri’s program. Contrary to the information in the above graphic, the Missouri version of Cash for Appliances has not run out of funding. As of Aug. 4, 2010, the Energize Missouri Appliance Rebate Program is still open. There is approximately $750,000 remaining for gas storage water heater rebates. Each eligible water heater will qualify for a $150 rebate until program funding runs out. Judd Slivka, communications director for the Missouri Department of Natural Resources, said much of the remaining funding is still available because the original rebate reservations were not redeemed. Missouri residents can take advantage of this rebate by purchasing a gas storage water heater through a participating retailer or installation contractor.

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Energy Efficiency Program Spending

June 29th, 2010

Well, it’s almost the end of June. In our copious free time, it seems we like to read all things energy efficiency.

Recently, we delved into a couple of great reports on energy efficiency program spending – both of which have become instant classics in comparing nationwide energy efficiency spending by state:
Institute for Electric Efficiency’s Program Delivery Comparison Study and Lawrence Berkeley
Lab’s Shifting Landscape of Ratepayer Funded Energy Efficiency.

Below is a great table from the Institute for Electric Efficiency (IEE) report. You may need to click it to really read it. One thing that leaps off the page is the dramatic differences in the spend per household – which you get by dividing the EE + LM Spend column by the Customers Served column.

Most notable is that CenterPoint Energy dedicates approximately $2 for every customer, while PG&E dedicates over $29 per customer to advance energy efficiency programs to their customers.

And here’s a great table from the Lawrence Berkeley Lab (LBL) report showing dramatically different spending amounts on energy efficiency programs by utility type. It’s interesting to note that municipal utilities, like Seattle City Light, spend more than double that of which the investor-owned utilities (IOU’s) are spending on energy efficiency programs on a dollars per megawatt basis.

All of this is important because states and utilities that commit to driving energy efficiency programs can postpone massive capital expenditures on building new power plants to meet consumer demand. The key for states and utilities is to identify and advance effective energy efficiency programs that reduce residential energy demand across the board.

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The Gulf Oil Spill vs. Home Energy Retrofits

June 15th, 2010

Did we even need to drill the Deepwater Horizon oil well to begin with? Actually, no. There are over 100 million homes in the U.S. Most of them use energy inefficiently because they’re not well insulated, sealed and set up. The energy contained in the biggest oil spill in U.S. history is equal to the energy that just 75,000 homes waste in a single year.

Seventy-five thousand homes represent less than 0.1 percent of all single-family homes in the U.S. or the number of homes in a single mid-sized U.S. city, like Providence, R.I., or Chattanooga, Tenn. Doing energy retrofits to make those homes efficient would save the equivalent of the entire Gulf Oil Spill every year on a permanent basis.

Comparing the Costs of the Oil Clean-Up to Wasting Less at Home

No one really knows how much it’ll end up costing to clean up the disaster created by the Gulf Oil Spill. And when a final number is calculated, years from now, there’s no way that it’ll take into account the true extent of the environmental damage that the oil spill has created. But even in the preliminary estimates made before the oil has finished flowing, the cost is expected to exceed $40 billion.

How does that compare to doing 75,000 home energy retrofits? Less than $1 billion. And those retrofits – using low-tech and low-cost techniques like better insulation, air sealing, replacing furnaces with more efficient versions – are permanent. And those 75,000 retrofits save energy year after year. Every year that goes by, those 75,000 homes will save the equivalent energy of the entire Gulf Oil Spill.

How’d we figure this out?

The Gulf Oil Spill has leaked somewhere between 25 million and 50 million gallons of oil into the ocean so far – depending on which estimates you believe. In addition, a nearly equivalent amount of natural gas has escaped: we’re not counting that energy in our calculations. The oil floating in the Gulf of Mexico alone represents approximately 4 million MMBtu’s (million British Thermal Units) of energy.

For comparison’s sake, the average U.S. home consumes about 170 MMBtu’s in a year when you factor in the costs of generating all forms of energy used. This varies widely from region to region, but it’s a good rule of thumb. An efficient home, however, uses only 120 MMBtu’s on average each year. So doing an energy retrofit to a home saves an average of 50 MMBtu’s per year per home.

The calculations all have a pretty large margin of error – since no one really knows how fast the oil is leaking, how much is already in the water, or how much more will spill before the leak is plugged.

Is your house wasting energy?

You can find out pretty easily. There’s a quick online energy efficiency estimate tool at EnergySavvy.com that you can use to find out where your home stands. If you’re looking to do a home energy retrofit to become more efficient, make sure you take advantage of all the utility energy rebates and government tax credits designed to help pay for it.

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May Update – EnergySavvy

May 31st, 2010

It’s late May here in Seattle, and that means… well…  rain all week. Oh well. Just another month until it’s actually summer here in the Pacific Northwest. (Sidenote to those of you in the rest of the country: this is why no one in Seattle owns an air conditioner.)

The good news is that all the rain means that none of us at EnergySavvy ever bother going outside and leaving our computers. So we got a lot of work done this month… For those of you keeping score at home, here are the highlights from May at EnergySavvy.com.

  • Home Star Bill: The biggest news of the month, for our industry and our company, is the continuing progress of the Home Star Bill through Congress. The Home Star bill, that will provide $6B in federal government rebates for home energy retrofits, passed the House of Representatives with bi-partisan support on May 6. It was introduced into the Senate Finance Committee on May 25, and is expected to come to a vote in the Senate in June. The passage of the Home Star Bill will massively accelerate the home retrofit industry, provide jobs, save homeowners money and help reduce our country’s dependence on fossil fuels. Stay up to date with the latest developments in Home Star: HomeStarRetrofits.com and EfficiencyFirst.org.
  • Enhanced Workflow System: Building on our experiences playing “Match.com” for homeowners interested in energy efficiency and high-quality contractors who can help them, we’ve enhanced our workflow system to more quickly screen homeowners and make referrals to our contractor network. We’ll continue to test and improve our system, to make the best connections for homeowners and ensure high follow-through rates from both parties.
  • Industry Leadership: EnergySavvy’s CEO Aaron Goldfeder was named one of the 2010 Pivotal Leaders for his role driving clean tech here in the Pacific Northwest. Read more about the Pivotal Leaders list here.
  • We’re Hiring: EnergySavvy is actively looking for web developers to scale up our core technology team. If you know of a superstar web dev who’s looking to help us revolutionize the residential energy efficiency space, let us know. Job descriptions and contact information are here.

Stay in touch with us for future news about EnergySavvy’s progress!

- Scott Case, VP Product Management

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From Software to Energy Efficiency

May 25th, 2010

My Journey from Microsoft to the Clean Tech Industry
Aaron Goldfeder, CEO EnergySavvy


In May 2008, I left my corporate software job in search of my next challenge. I had spent 10 years developing software in various product roles mostly at Microsoft.

When I left, I had heard of the hyped up cleantech space and said to myself, “I don’t know anything about it, but if there’s a way to apply software skills to societal goals in a way that can be valuable, count me in.” Then I learned about energy efficiency.

Software Opportunities in Energy Efficiency

Energy Efficiency Software Challenges Abound

After co-founding an energy efficiency software company, EnergySavvy, in 2008, I’ve been surrounded by interesting software challenges for the last 2 years. This space has barely had a Web 1.0 (let alone a Web 2.0) and is entering a great modernization phase.

My hope is that this will inspire at least one other software person to think about applying their software skills (h@cker Skillz?) to energy efficiency. So here’s a round up of interesting software challenges. To keep it simple, we’re going to focus in on three areas of high activity: energy monitoring and analytics, energy data and building analysis.

Energy Monitoring and Analytics

Lots of companies are focused on energy monitoring from real-time smart meter and automation companies like Silver Spring Networks to monthly reporting like OPOWER which compares usage to one’s neighbors. The heart of the idea is if you give more awareness on one’s energy use, you can trigger action.

The challenge is what do you do with energy usage data beside just graph it? Clearly, we as a software community can do better. What about:

  • Doing social comparisons aside from just one’s neighbors? How about usage of homes of similar specs such as age and square footage? How about relative to one’s friends or family? In that case you have to normalize for energy prices, energy intensity (energy use per square foot) and wire it up to some kind of social network.
  • How about analyzing usage data in aggregate to give users specific goals based on observed achievable savings based on some peer group?
  • And what of user interface? Few homeowners are equipped to deal with smart meters, and homeowners often express frustration with the current smart meter tools.
  • Most of these monitoring devices completely skip natural gas (let alone oil) usage, so that seems relatively greenfield albeit hard.

If you’re a network protocol hacker, you should check out ZigBee, which is often the protocol of choice for energy monitoring objects in the house. Also, check out OpenEnergyMonitor.

Residential Energy Data

One of the issues of doing residential energy efficiency at scale is identifying where the savings lie. There are tons of data sources out there to map together to help with this:

  • Take a look at the Energy Information Administration’s (EIA) website. If you’re a data hacker and interested in cleantech, it’s a feast for sore eyes. Tons of data. What if we mashed the EIA data together with real estate data or GIS data, especially with thermographic mapping?
  • Another area is making basic savings predictions based on energy intensity – the measure of energy use per square foot of a home. With basic bill data, square footage and age of home data from the MLS, you could probably get something really interesting going.
  • Still another area is statistical analysis.  Utilities have huge energy efficiency targets to reach (see here).  One of the key challenges is figuring out what is cost effective and what’s not. For example, if they subsidize a CFL bulb, they need to measure kilowatt-hours saved, how much is significant to the program vs. what would have happened anyway via regular market adoption, what’s the actual savings per dollar, etc. This gets complicated quickly and goes bezerko when carbon legislation kicks in.

Building Analysis and Interoperability

One of the hassles of the industry is predicting the energy use of a home based on an in-home energy audit.  There are a ton of tools for this of varying accuracy and complexity. If you’re interested at all in this space you need to know about the HOME STAR Bill. HOME STAR will offer a $3,000 tax credit if a home is made 20 percent more efficient.  So, the question is, regarding 20 percent, who says and with what tool?

A few challenges and opportunities:

  • Obviously, there can be algorithmic improvements here – you’ll need to know building science, which fortunately isn’t rocket science. The main introductory textbook for the field is Residential Energy.
  • There are big workflow and modeling issues with home energy audits. Recurve is a software company working on this, and I’m sure they are hiring.
  • Interoperability is a huge issue here. There are literally hundreds or thousands of different energy programs that industry participants need to work across. Of note is financing, which is growing quickly in this space in both secured form (see PaceNow.org) and unsecured. The financing systems (themselves nascent and a software opportunity) and the audit sources need to communicate, so we need interop. Some folks have begun working on this, but there’s a long way to go.

Wrapping Up and a Shameless plug

Hopefully this gives you a sense of some of the cool challenges at the intersection of energy efficiency and software.  And this is just a small sampling of some of the opportunities.

Our own company, EnergySavvy, is ramping up quickly, and we’re hiring.  I didn’t delve much into what we do, but suffice it to say, we have big technical challenges ahead.  Currently, we use Python, Django, Postgres, PostGIS to weave together energy modeling algorithms, energy data, rebate info, utility and municipality service area mapping and workflow. And that’s just the beginning – we have big plans ahead. Think of what you see at EnergySavvy.com as merely a prototype from a technical perspective.

We also started a LinkedIn group for developers working in energy efficiency, or developers who want to make the transition into cleantech but aren’t sure where to start.

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EnergySavvy CEO Goldfeder Named to 2010 Pivotal Leaders List

May 25th, 2010

The 2010 Pivotal Leaders List was announced today from Portland-based Pivotal Investments. The Pivotal Leaders include clean tech entrepreneurs, executives and other leaders from across the Pacific Northwest. It’s great that their list includes leaders from both established clean tech organizations like McKinstry and Climate Solutions, and from upstarts like EnergySavvy.

There are lots of great leaders on the list and there are great stories behind those people, but we’re particularly passionate about a few of them:

Derek Smith, Clean Energy Works Portland: Derek is leading the city of Portland in its efforts to drive home energy efficiency upgrades through low-interest loans that allow homeowners to make major efficiency with no upfront costs, while paying back the work through the savings they realize on their utility bills.




Gino Borland, Cake Ventures: Gino is an active investor, entrepreneur and advisor for clean tech companies in the Pacific Northwest. He’s one of the behind-the-scenes folks in Seattle who’s helping accelerate clean tech – through his organization Cake Ventures, through Northwest Energy Angels and through his willingness to give advice to startups in the area, including EnergySavvy!



Rob Bernard, Microsoft: Rob has been busy making a difference in the sustainability of Microsoft, one of the Pacific Northwest’s largest employers, and a company whose software influences the entire world. Several of us came from Microsoft prior to our time at EnergySavvy, and we know that it’s often difficult to affect change across the company there (and, really, at any large company). So, Rob gets eight thumbs up in our book.


Aaron Goldfeder, EnergySavvy: We’re pretty proud of our hometown CEO, Aaron. In just over a year, Aaron has led the growth of EnergySavvy from the proverbial “two guys in a garage” to a national presence in the home energy efficiency world, with tools and resources for homeowners who are making their houses more energy efficient.



Read about all the Pivotal Leaders here.

And three cheers to Pivotal Investments for recognizing the little guys out there who are trying to change the world with big ideas, right alongside those who are already changing the world through big companies, non-profits and government. A big idea, and the hard work necessary to make it reality, doesn’t distinguish either.

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OPOWER and EnergySavvy in Action

May 12th, 2010

When it comes to household energy consumption, it turns out the Joneses’ neighbors will try to keep up. Our friends at OPOWER have built an incredible business over the last few years by working closely with utilities to reduce energy consumption and carbon emissions by driving awareness and behavioral change through social psychology.

OPOWER partners with utilities to include a summary of a homeowner’s energy consumption compared to his or her neighbors’ with monthly billing statements.

Using Social Psychology to Drive Energy Awareness

As the industry has learned, it works. The majority of households that have higher energy bills than their neighbors cut back on their energy use. Those who are considered high energy using households have reduced their consumption by as much as 8 percent in response to the household comparisons.

Amanda Carrico, who holds a PhD in psychology from Vanderbilt University, researches the connections between human behavior and climate change. She says one of the most effective ways to reduce energy consumption and carbon emissions is to use the role of social influence.

In some cases however, Carrico says there can be unwanted side effects. Homeowners who find out they’re using less energy than their neighbors sometimes end up increasing their energy consumption.

And according to Jim Giles of newscientist.com, people who identify themselves as Republicans are less likely to act on the information. A study analyzing more than 80,000 households in California showed that receiving feedback on energy use caused an average of 2 percent energy cutback (vs. those that didn’t receive the reports). However, within the feedback group, people that identified themselves as Republicans only reduced their consumption by 0.4 percent and those who didn’t identify with environmental causes actually increased their electricity consumption by 0.75 percent!

However, there’s no question that the awareness that OPOWER is driving overall is real. And in addition to the behavioral change they are causing, EnergySavvy has been hearing from homeowners who’ve received oPower reports who are interested in doing home energy retrofits. These homeowners have made the behavioral changes suggested by OPOWER and they’re interested in taking further action.

Taking Action through Energy Retrofits

Patricia McGraw, a Commonwealth Edison customer in Chicago, says when she received an OPOWER-driven report from ComEd, she was surprised to find out she was spending around $1,000 more per year than her neighbors.

“We have a 3,000 square foot home that we moved into from a much smaller house, not really knowing what to expect,” McGraw says. “The electricity bills were expensive, but I just though that was par for the course.”

McGraw says she wouldn’t normally have asked her neighbors about their energy bills because its just not something that would come up in conversation, but after receiving the summary, she started asking around and found out the summary was accurate. Through an EnergySavvy contractor referral, McGraw is now in the process of scheduling an energy audit.

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Home Energy Retrofits Outperform Microsoft Stock (Especially with Home Star)

May 7th, 2010

The Home Star Retrofit Act of 2010 passed the House yesterday with bi-partisan support to reach the goals of both enviros and pro-business interests.  We hit quite a sweet spot with this bill!

While the bill seeks to accomplish many goals, the benefits to homeowners are actually quite simple.

Let’s set aside increased comfort, saving the planet, energy independence, and stimulus packages for now and just focus on your financial return of doing a home energy retrofit.

To illustrate the impact of doing a home energy retrofit as an investment, here’s a simplified example.  Let’s say 5 years ago, a homeowner in Philadelphia named Julie was deciding between buying $10,000 of Microsoft stock as an investment or spending that same amount of money on a home energy retrofit to reduce her utility bills.  What would have been the better 5-year investment?

The Microsoft stock worth $10,000 in May 2005 would have turned into just over $12,100 five years later (a return of 21% over 5 years), including the increase in stock price and the dividends paid out over the course of the 5 years. But it turns out that the home energy retrofit would have been the much better investment.  If Julie had spent $10,000 on a retrofit for her 2000 square foot home in Philadelphia, including a new gas furnace, attic insulation, duct sealing and foundation insulation in her basement, the investment would have returned 49% over 5 years, in terms of lower utility bills and increased resale value.

With the rebates available today, coupled with the Home Star rebates, that same energy retrofit might only cost $7000 upfront, instead of $10,000. So if Julie had been able to use Home Star and other rebate programs at the time, she would have seen a 70% return over 5 years. (Compared to 21% for the Microsoft stock!)

And this calculation doesn’t even take into consideration the potential increased value of your home once you decide to sell.  Clearly, home energy retrofits are a great investment and Home Star helps make that happen.

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Home Star Passes the House!

May 6th, 2010

Great news for homeowners, the climate and the economy: the House passed Home Star Energy Retrofit Act of 2010!

In a bi-partisan vote of 246 – 161, Home Star (H.R. 5019) would authorize $5.7 billion over the next two years toward helping three million families retrofit their homes to be more comfortable and energy efficient.

Rep. Peter Welch (D) of Vermont authored the bill, which had over 40 co-sponsors from both side of the aisle. Welch pitched the bill as being a “practical, common sense investment in job creation and energy savings.” I love that he called it the Home Star hat trick: jobs creation, energy savings and reduced carbon emissions.

Along with nearly 500,000 businesses and organizations, the US Chamber of Commerce backed the bill yesterday, taking a proactive stance toward jointly mitigating climate change and promoting national economic development.

For the EnergySavvy community, there are two types of consumer incentives, Silver Star and Gold Star. For more details about the breakdown of each, check out HomeStarRetrofit.com.

This is great news and we applaud Rep. Peter Welch and the rest of the House for taking action to improve our economy, make our homes more comfortable, and mitigate energy dependence.

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