Wednesday, April 22, 2009

Energy Audit Articles -- March 2009

"Energy Audit Applications Now Being Accepted", (c) Sun Times News, March 13, 2009

WASHINGTON, D.C. -- USDA Agriculture Secretary Tom Vilsack announced that the department is accepting funding applications from eligible entities for grants to conduct energy audits under the Rural Energy for America Program (REAP).

"For the first time ever, USDA will make grant funding available this year through the Rural Energy for America Program to help agricultural producers and rural small businesses obtain audits to identify ways to improve energy efficiency," Vilsack said. "The assistance provided by this program is in keeping with President Obama's energy conservation goals for our nation." The program is authorized in Section 9007 of the 2008 Farm Bill.

The audits are intended to help rural small businesses and agricultural producers determine where to make changes in their operations to enable them to reduce energy consumption. Audits are required for energy efficiency projects funded through REAP that exceed $50,000. States, tribal and local governments, land grant colleges or universities, other institutions of higher learning, and electric cooperatives and public power entities are eligible to receive funds to conduct the audits. Parties seeking audits from the grantees must pay 25 percent of audit costs. The maximum grant award is $100,000.

Funds can be used for expenses directly related to providing energy audits and renewable energy development assistance including salaries, travel expenses, marketing and/or outreach activities, office supplies and equipment, plus some administrative expenses. Project costs must be related to assistance provided to agricultural producers and small businesses located in rural areas.

Applications for grants must be completed and submitted on paper or electronically no later than June 9, 2009 to the Missouri State Office, 601 Business Loop 70 West, Suite 235, Columbia, Missouri 65203.

For detailed eligibility information, application instructions, and competitive evaluation criteria, please refer to the Notice of Solicitation of Applications (NOSA) published in the Federal Register on Wednesday, March 11, 2009 (vol. 74, no. 46) or visit the link to the NOSA: http://edocket.access.gpo.gov/2009/pdf/E9-5154.pdf Questions can be directed to Matt Moore at 573-876-0995 or matt.moore@mo.usda.gov.

USDA Rural Development intends to publish and seek public comment on a proposed regulation for the REAP program later this year.

USDA Rural Development's mission is to increase economic opportunity and improve the quality of life for rural residents. Rural Development fosters growth in homeownership, finances business development, and supports the creation of critical community and technology infrastructure.



"One Year Later, Home Energy Audit Pays Off", (c) Chase Scheinbaum,Recorder.com, March 09, 2009

It was like a shoemaker's child walking around barefoot, Marc Kaufmann says.

A home heating consultant, he was living in a big, drafty post-and-beam house in Buckland -- and paying oil bills that went through the roof.

But things have been different since an energy auditor visited his house last year.

Kaufmann paid $75 to have a representative of Mass Save, a public-private energy-efficiency partnership, diagnose the leaks and inefficiencies in his insulation on behalf of his energy service provider, Western Mass. Electric Co.

The auditor recommended sealing a bunch of cracks with caulk and adding some insulation to his walls -- around $1,200 of work -- as well as a contractor to do it.

And, Mass Save paid for half.

That's right: half. But that was last year.

Now they pay even more. As of Jan. 1, Mass Save now pays 75 percent of the bill for contracts up to $2,000.

Kaufman says he has since used 20 percent less oil and wood to heat his home.

''It's pretty easy from a homeowner's perspective,'' he said. ''I recommend it all the time now because of my own experience.''

Kaufman says he saved enough money in heating costs in just one year to cover the audit and insulation work.

''Given the cost of fuel today, I think most people would find that they would save the money invested the first year,'' he said.

''Even if you have a job that's going to cost $4,000 or $5,000, you should make that money back in less than three years.''

The kind of audit Kaufmann got through WMECO is known as an advanced audit. The $75 fee is refunded to anyone who chooses to go ahead with any of the contractors' major recommendations.

Everyone, owners and renters alike, are entitled to a basic, free energy audit through their energy service provider.

The advanced audit provides homeowners with a more thorough diagnostic test using something called a ''blower door'' that assesses how easily your home loses heat. It also offers a greater scope of efficiency-boosting recommendations.

''When you invest in efficiency, you begin to save immediately,'' said Alan Silverstein, director of Center for Technology, an organization that coordinates the audits.

''The audits are designed for people who really want to improve the efficiency of their homes,'' he said.

He stresses that people who want audits now can get them almost immediately, whereas audit requests were piling up and causing delays in the fall and early winter.

And many contractors are available to do the work right away.

Low-income customers may also be eligible for free services through Community Action.

Zero-interest loans are also available from participating lenders. 

Energy Audit Articles -- February 2009

"Millville BOE Wants Green Energy Audit", (c) Jason LaDay, NJNews.com, February 24, 2009

MILLVILLE - The city school district is trying to get audited, with hopes that it will save the disctrict money in the long term.

The Millville Board of Education on Monday approved Superintendant Shelly Schneider's reccomendation to apply for a "green energy audit," a program overseen by the New Jersey Board of Public Utilities, to receive reccomendations on how to update district buildings to be more energy efficient.

According to Millville Schools Business Administrator Bryce Kell, the state program offers incentives to municipalities of up to 75 percent of the cost of the audit.

The state will, in addition, pay the remaining 25 percent if the cost of implementing those reccomendations exceeds 25 percent of the audit.

"It's a new program, and if we can save money and energy in the process, then all the better," said Kell. "We think this will be very beneficial for the district and those who work and go to school here."

The city next month will send out a request for proposals to energy firms to conduct the audit.

However, the state has only approved five auditing firms to take part in the project.

They are Camp Dresser & McKee and Dome Tech Incorporated, both out of Edison; Parsippany-based Clough Harbourt & Associates; Concord Engineering, in Voorhees; and Steven Winter Associates, headquartered in Norwalk, Conn.

"If we're accepted in the program, we'll send out the RFPs to those five companies that qualified with the state," said Kell. "My hope is that the responses come back as something like, If you replace your current light bulbs with this kind of bulb, you'll save X amount of dollars."

According to Millville school board member Mike Beatty, the audits will center around replacing old windows and doors with energy-saving counterparts, as well as updating weather stripping.

"It's going to be a multi-stage project that will benefit us in the long run," said Beatty. "It'll help us save on energy costs throughout all of the district's facilities.

"And if we go through with these reccomendations, we can even get some of these things paid for."

According to Kell, Trenton has recently approved an incentive program that works with energy services companies to help municipalities finance the cost of efficiency upgrades on a 15-year plan.

Kell said he was unsure of what such audits would cost, though he guessed that each school would take less than $3,000 to $4,000 to evaluate.

The program includes a $100,000 cap on state reimbursements.

"We'll see what the cost is when we get the responses to the RFPs," he said. "At that point, we can still turn them down if the cost is prohibitive."


"US Utility Launches OInline Home Energy Audit", (c)EnergyEfficiencyNews.com, February 23, 2009

Massachusetts-based utility NSTAR has launched a package of online energy efficiency tools for its customers including a home energy audit.

The HomeEnergySuite™ by online energy analysis specialist Apogee Interactive gathers information from a homeowner about their energy usage and then calculates their carbon footprint and a series of energy-saving recommendations.

NSTAR customised the Apogee tool for the region’s typical weather, energy rates and home building standards to give a more accurate picture of a home’s energy efficiency.

The ‘Home Analyzer’ also calculates a benchmark score so that customers can compare the efficiency of their home with the US national ENERGY STAR® standard for homes.

Users of the HomeEnergySuite™ can also tour round an interactive house offering room-by-room energy efficiency tips and detailed calculators that show how much energy individual appliances such as TVs, computers and other electric equipment actually consume.

“The desire to live a ‘green’ lifestyle has moved well beyond a casual interest into serious mainstream thinking,” says Penni McLean-Conner of NSTAR. “We want customers to know how to save energy and money in their homes.”
 


"Students Find Big Savings in School Energy Audit", (c) Bill Scanlon, Rocky Mountain News, February 13, 2009

Pennies turned to dollars, dollars turned to thousands of dollars when determined students did an energy audit of their public school in Louisville.

The eighth-graders in Brian Slobe's Earth sciences classes at Monarch K-8 School in Louisville this month found that some $4,000 in electricity can be saved in one year.

Doesn't sound like much?

Well, they extrapolate that some $250,000 could be saved in their school district, Boulder Valley, which means the savings statewide could reach into the millions.

That's just in electricity. Heating inefficiencies from ancient boilers and bad insulation in Colorado's public schools is assumed to run into the tens of millions of dollars each year.

"It was extremely fun," eighth-grader Harnek Gulati said on Thursday. "It was so much better than learning out of a book."

Their tools were Xcel energy bills, tables on kilowatt usage, meters that measure the watts when an appliance is on, off, and almost off.

Their modus operandi was to form teams of three and then audit classrooms, cafeteria, hallways, the gym, the front office.

Too many lights are left on at night, they said. A few are needed for security, but why leave on all 32 lights in each classroom?

Thursday, Reese LeBlanc ticked off the bad news garnered from one teacher's classroom:

"She has three lamps and three clocks. They leave the computers on 24 hours a day. If she left them on nine hours a day, she'd save $54.93.

"If they didn't use the TV as a clock, the cost would be 70 cents a year instead of $34."

Together, total easy-to-achieve savings amount to $248, he said.

His team has charts, statistics, everything to back it up.

Some ideas aren't practical.

The overhead projectors take a lot of energy, but the alternative — handouts to all the students — has an energy cost, too, they learned.

And the suggestion to get rid of the classroom's electric pencil sharpener would save a whopping 61 cents a year.

But the teams that audited the hallways quickly discovered that while the school was built with big windows to use natural light, there are two fluorescent bulbs in each fixture.

Why not just one?

They tried it, found out that the lighting was still fine, and calculated that it could save several hundred dollars a year.

Principal Rich Glaab is behind the one-bulb per fixture idea and behind Slobe's latest venture: to apply for a solar energy grant and put solar collectors on the school's roof.

"The things we plug in, the electricity we use in schools, we've just looked at them over the years as a necessary evil, part of the cost of doing business, that we have no control over," Glaab said. "Brian and his students have shown that we do have some control over it. The savings are phenomenal."

Slobe has been doing energy audits with his eighth graders for five years now, and each year they find new ways to save money.

"It's real success has been showing students that they can take what they learn in the classroom and apply it to the real world," Slobe said.

They learned that a 75-watt incandescent bulb, very hot to the touch, wastes about 60 of those watts in inefficient heat energy. The spiral fluorescent bulbs are several times more efficient.

The toasters, microwaves, stereos, TVs — all carry a "phantom load" of energy usage even when they're not doing what they were built to do, but merely beaming the time or idling, they learned.

"Connecting all the parts was extremely challenging, but worth it," said eighth-grader Ally Meyer. "This makes you realize how much you can control.

"I already found out that my family saves $175 a year because we switched from incandescent bulbs to compact fluorescent."

The eighth-graders are well-versed in the Kill O Watt, a device that precisely measures the watts put out by an appliance.

Twenty-five of the students are bringing the Kill O Watts home to audit their own houses and find out where their families can save money.

Boulder Valley School District pays some $5 million a year to heat and light its 55 schools and other buildings, says Ghita Carroll, the district's new sustainability coordinator.

Part of a $300 million bond issue is dedicated to making energy improvements in all the schools, Carroll said.

"We have a lot going on, but it's been pretty fragmented," Carroll said. The goal is to get a handle on how much energy can be saved district wide then take a coordinated approach to it.

So far, BVSD has replaced lights through the district with more energy-efficient bulbs.

"We're replacing boilers with much more efficient boilers," she said. "We're doing energy tune-ups."

Carroll listened to the presentations on electricity loss at Monarch last week. "I was impressed that the eighth-graders were thinking about this," she said.

Recently, the state auditor estimated that $4.5 billion is needed to bring Colorado's public schools up to date — a figure that includes general renovations and replacing crumbling schools, as well as becoming more energy efficient.

Last year, the Colorado General Assembly passed the Building Excellence in Schools Act which allots $500 million to help school districts update buildings. The carrot of state matching funds can help the districts convince local voters to say "yes" to bond issues, said Ted Hughes, the director of capital construction assistance for the Colorado Department of Education.

Many schools were built more than a half century ago, when the norm was to put in huge, inefficient boilers Hughes said. "No one was thinking about energy costs then," he said.

The cost of changing out lights in the schools — from incandescent to compact fluorescent — can be recouped in just five years, he said, as way of example.

A bill passed in 2007 requires any school district project that gets a quarter of its funding from the state meet a high-performance energy standard, Hughes said.

"There is more and more awareness out there," Hughes said. "A lot of it springs from common sense but it is also driven by the governor, who is passionate about it."


"The Importance of an Energy Audit", (c) Patricia Rivera, Dallas News, February 1, 2009

Even with soaring energy costs, home inspector Mark Cannella finds that many homeowners still don't understand the value of a home audit.

"Most of my customers come to me because they aren't comfortable in their homes," Cannella says.

Air leakage accounts for about 30 percent of heating expenses, experts estimate. As homeowners continue to look for ways to save money, making a home more efficient by sealing is a good way to start.

Energy audits help homeowners determine how and where a house is losing energy. They evaluate the efficiency of a home's heating, cooling and electrical systems.

Cannella says a good home audit can also create a cozier and healthier home with improved air quality.

"An audit takes the guess work out of the equation. It can answer questions about why rooms are cold and what may be causing dry skin in the winter," he says.

Homeowners can use one of several do-it-yourself guides available online to assess their home's energy efficiency. The U.S. Department of Energy, for instance, offers a walk-through guide on its energy efficiency and renewable energy Web site, www.eere.energy.gov.

A professional also can perform a more detailed audit using tools, such as a blower door test, thermal imaging and infrared scanning, duct-leakage testing and air-flow evaluations. In some states, local utility companies offer free or discounted energy audits to their clients.

Cannella says that if you take the time to correct problems identified in an audit, it's important to request a post-test to verify that the work was properly completed and to re-establish ventilation and infiltration rates.

A professional home auditor should not try to sell anything but rather help you make a more informed decision about how to reduce home energy cost.

If you're doing an audit yourself, check for leaks in gaps along the baseboard or the junctures of the walls and ceiling. Other common places for leaks: window frames, fireplace dampers, electrical outlets, mounted air-conditioning units, plumbing fixtures and attic hatches.

The caulk and weather strips should not allow for any gaps or cracks. If so, they should be replaced. Homeowners should also check the caulking on the exterior of the home, around doors and windows.

An audit also requires that you check that the heating and cooling systems in a home are well maintained. The U.S. Department of Energy estimates that 56 percent of energy use involves heating and cooling. The equipment should be checked once a year.

An advantage of an audit is that it forces homeowners to become aware of problems they didn't know existed.

The difficult task is to determine the biggest return on your investment.

In addition to air sealing through caulking and using weather strips, the following tasks cost little and offer paybacks in less than two years, if not immediately:

• Replace furnace air filters regularly.

• Insulate hot water pipes and install heat trap fittings at flex connections. Insulate the first five feet of cold line.

• Install low-flow efficient showerheads and faucet aerators.

• Install gaskets behind electric outlets and switch plates on exterior walls.

• Dust baseboard and wall heaters.

• Install programmable thermostats.

• Install do-it-yourself plastic storm windows.

• Install dimmer switches, photocells, timers and motion detectors.

• Install a do-it-yourself insulated panel or cover to seal the fireplace when not in use.
 

Energy Audit Articles -- January 2009

  • "Municipal Energy Audit Could Result in Savings", (c) Nicholas Sohr,CitizensVoice.com January 25, 2009

     


     

    The traffic lights hanging above Wilkes-Barre streets are a little greener than they once were, not that it will help any impatient drivers stuck in left-turn lanes below.

    The city is in the final stages of a nine-month energy use audit and infrastructure upgrade that officials say will significantly decrease power usage, replace aging equipment and ease the strain on already stretched coffers.

    “It became necessary for the city to make some facility and equipment upgrades, and the energy audit provided an environmentally conscious way to do so,” Mayor Tom Leighton said.

    CLT Efficient Technologies Group began the $2.3 million project in April, counting light bulbs and monitoring power consumption.

    The changes most visible to city residents are new pedestrian signs and LED lighting in parking garages and traffic lights.

    The bunches of pencil-eraser-sized light-emitting diodes last longer and are more energy efficient, or green, than their incandescent ancestors.

    Less apparent to most are the modern heating and cooling systems in city hall that have replaced window units and the aging boiler, and revamped lighting, including high-efficiency bulbs and retrofitted fixtures in city buildings.

    CLT estimates the city will cut its annual power usage by about 1.5 million kilowatt hours. A single-family home, by comparison, uses about 1,000 kilowatt hours of power every year.


    Before the audit, the city spent about $450,000 to power its buildings, streetlights, traffic lights and everything else electronic, excluding parking garages.

    Traffic signals in the city, which cost nearly $40,000 to run every year, will be 63 percent more efficient as a result of the LED installation, and city buildings, about 16 percent. City streetlights were the subject of a previous energy audit.

    The savings for the city will, at first, be minor — about $207,000 over the next 15 years.

    “You do have maintenance savings immediately,” said Finance Officer John Koval. “You have better lighting, heating, new light bulbs.”

    During that 15 years, the city will be paying back the $2.3 million project loan. CLT guarantees, however, the city’s power bill and loan repayment will not add up to more than what the city would have paid for power without the project.

    After the loan is paid back, the city’s annual savings will climb to about $168,000, Koval said.

    The increased efficiency will also lessen the blow to the city when electricity rate caps expire on the last day of the year. When rates are allowed to move with market forces, consumers’ bills in the commonwealth are expected to jump an estimated 30 to 67 percent.


    "On The Energy Audit Trail With Cape Light Compact", (c) Michael C. Bailey, The Enterprise, December 5, 2008

    Douglas Brown could be called an energy efficiency detective.

    Mr. Brown is a residential energy specialist for RISE Engineering out of Cranston, Rhode Island, the firm that conducts home energy audits for the Cape Light Compact. Over the past two months alone, he has conducted four audits a day four days a week, helping home-owners find those sometimes hidden areas where their homes are losing energy and, consequently, money.

    According to Briana C. Kane, the CLC’s residential program coordinator, the CLC performed 1,381 audits between January 1 and October 31, and as of mid-October there were 700 more requests in the queue. “Audit requests are pretty steady year-round,” she said, though the recent spike in home heating fuel costs led to an increased interest in the audits.

    A Falmouth resident, who did not wish to be identified for personal security reasons, learned of the program through a story in the newspaper, as well as through a notice on her monthly electric bill. The audits are free of charge to Cape Light Compact customers, and are funded through an energy conservation surcharge on ratepayers’ monthly electric bill.

    She contacted the CLC for an audit so she could be educated about any possible improvements to her home “and make up a plan of action that worked for my budget.”

    The CLC keeps tight budgets in mind when conducting audits, and presents clients with a list of rebates and incentives available to households earning less than 80 percent of the region’s median income level. These include free compact fluorescent lights (CFL) to replace standard incandescent bulbs; a partial or total rebate to replace an inefficient refrigerator; up to $3,000 in insulation and weatherization measures; and fuel assistance.

    All audits come with a three-page report summarizing the findings, and a list of recommended mitigation measures.

    On The Hunt For Savings

    “It’s a two-pronged attack,” Mr. Brown said of the audit process. The first prong is to determine where a customer might be wasting electricity, the second, to find spots in the house that might be adversely impacting the homeowner’s heating bills.

    Mr. Brown begins with a basic overview of the customer’s monthly utility bills, which provide early clues as to how much the home-owner might be over-spending on electricity and heat. The Falmouth customer, who received her audit Monday morning, spent $40 on electricity last month, a relatively small bill.

    “Generally you’re doing exceptionally well,” Mr. Brown told the client, who informed Mr. Brown that she had already adopted a few energy-conserving measures: she had replaced several light bulbs with CFLs; and she completely unplugs items, such as her TV, when they are not in use. She added that her home lacked several common energy users such as a computer, dishwasher, or laundry machines.

    “I’m so 19th century,” she laughed. She then inventoried the devices she does use regularly, a list that included multiple air conditioners in the summertime and an ionic air filter, which she runs “almost constantly” as she is a smoker.

    Armed with a meter that measures appliances’ energy consumption, Mr. Brown checked the client’s appliances and devices. He discovered the client is saving a little money by leaving her TV unplugged; even when off, the television constantly draws about four watts of power.

    Mr. Brown then checked the client’s 12-year-old fridge and learned that it uses 55 kilowatt hours (kWh) of electricity, which equals about $11 of her monthly energy costs. “Older refrigerators are a common culprit” for excess energy usage, he explained.

    The big surprise came when he tested the homeowner’s air purifier. It uses 122 watts of power, which comes out to $18 a month in electricity—nearly half of what she paid last month.

    On the way down into the basement, Mr. Brown spotted a manual thermostat. “She could replace that with a programmable thermostat,” he remarked to Ms. Kane, who observed the audit. According to the US Department of Energy, an Energy Star-rated programmable thermostat can save a typical household $180 a year on heating and cooling costs.

    The customer uses oil heat, and she informed Mr. Brown she receives three deliveries during a typical winter, receiving about 175 gallons per delivery.

    Fortunately for her, she did not sign up for a price-lock contract this year and is paying the current market rate for heating oil. According to NewEnglandOil.com, which tracks prices across New England, heating oil prices on the Cape and Islands currently range from $2.20 per gallon to $2.85 per gallon, whereas people who signed price-lock contracts during the summer are stuck paying as much as $4.71 per gallon.

    A quick check of the boiler revealed that it is at least 15 years old, but appeared to be in excellent shape. “I see you have your annual inspections,” Mr. Brown said approvingly, checking an inspection tag on the boiler from January. The efficiency rate was in the high 80 percent range.
    The client suspected her hot water heater, which is about 17 years old, might not be doing as well, explaining that she has to keep the temperature turned up all the way in order to get a suitably hot shower. She leaves the heater off most of the day.

    Mr. Brown suggested looking into a “hot water on demand” system, also known as a “tankless” hot water heater as the units heat water as it passes through the pipes rather than heating it in a storage tank. Lowes.com lists small tankless water heaters, capable of heating 1.5 gallons per minute, starting at $218 and larger units, for handling up to 6.4 GPM, at $1,283.
    “They are pricey,” Ms. Kane said, but in the long run save money since they don’t require constant energy consumption to keep water heated.

    Mr. Brown inspected the cinderblock foundation, typical for a home built in the 1950s, and discovered two potential sources of heat loss: the top of the foundation is exposed throughout the basement and none of the cinderblocks’ holes are capped or filled with an insulated foam; and the first floor hangs over the foundation slightly but has no insulation.

    Both of these features, Mr. Brown explained, could draw in cold from the earth and allow it to spill into the basement. While the basement itself maintains a relatively warm temperature year-round, the homeowner noted that the first floor has a cold spot near the front of the house, which happened to be above one of the un-insulated overhangs. Mr. Brown said the issue can be addressed by capping the cinderblocks and stuffing fiberglass insulation in the overhangs.

    The tour spotlighted two air leaks, one of which was in the basement, around a door—a simple sheet of wood—separating the basement from the bulkhead. Mr. Brown recommended adding a slab of foam to the back of the door to provide an insulating layer, and adding weather stripping to the edges to plug the air leaks.

    The second leak was back on the first floor, around a front window. The homeowner said that window was one of two remaining Anderson-brand windows in the building; the others were replaced by Newpro-brand windows, which she said did lower her heating bills “but not by the 40 percent they promised.”

    There were no storm doors at either the front or back, but Mr. Brown determined they’re not necessary; the front door receives a great deal of sun exposure year-round, while the back, a Newpro brand door, leads to an enclosed porch that acts as a giant storm door.

    A fireplace, rebuilt after Hurricane Bob, according to the owner, proved well-sealed, so Mr. Brown headed into the attic, where he discovered a six-inch layer of “rockwool”-style insulation, a loose-fill fibrous material that is blown into spaces, rather than laid out in sheets as with fiberglass insulation.
    Mr. Brown told the homeowner she could actually use another six inches of insulation; 10 inches is code-standard for homes nowadays, he said, but he recommended 12 inches. He said  rockwool is a cellulose-based insulation that is, essentially, shredded newspaper coated 
    with boric acid as a fire retardant.

Energy Audit Articles -- December 2008

  • "Cost Saving Recommendations Come From City Energy Audit", (c) A.J. Hoffman, Charlevoix Courier, September 3, 2008

    U.S. Energy Engineers recently completed an energy audit of four city buildings in Charlevoix.

    The report concentrated on the lighting and heating ventilation and air conditioning (or HVAC as the report refers to it) needs of the buildings and how to save energy for each of them. Based upon the review of utility costs for all city buildings, the staff felt they should focus their time on the four buildings which consume the most energy.

    “We looked at all aspects that would save the city money,” said Dr. Felix Goto, President of U.S. Energy Engineers. “We’re engineers, we’re not here to sell anything.”

    The four buildings that underwent the audit were City Hall/Fire Department; Water Treatment Plant; Wastewater Treatment Plant; and the Mt. McSauba Ski Lodge.

    “Though we’ve done audits for mostly companies in the Grand Rapids area, we’re trying to do more audits for places up north because we believe we can help with their energy and help them better manage their resources,” said Goto. “I used to work up north and there wasn’t such a push for energy efficiency. We should target them because they usually spend more than they should.”

    Goto said that he’s seen other companies try to do energy audits and fail because some of them may be trying to sell a unit, where his company is getting paid soley to come in, take measurements, do the math and give solutions.

    “Charlevoix faired pretty well,” Goto said. “I’ve seen some better and I’ve seen some worse. Charlevoix has a lot of older systems in their buildings, but they’re well-maintained so they’re holding up pretty well.”

    U.S. Energy Engineers put together a 30 page report of their findings. The report was developed to research ways for the city to save on escalating energy costs.

    A few of the solutions Goto’s engineers suggested were to do a thermo-stress analysis on the pipe system at the water plant. Another suggestion included putting lighting sensors up in the ski-lodge. “This is a $25 piece of equipment that could save the city a few hundred dollars a year,” Goto said. “Also, you don’t need 1,000 watt bulbs in there. That’s just too much.” 

    The report makes suggestions for many areas to have occupancy and daylight sensors in many rooms, because otherwise, the lights in those rooms are left on all day long with nobody even in them.

    The U.S. Energy Engineers also gave a variety of options for conserving energy in the general boiler and hot water systems at the water filtration plant.

    “The city certainly benefited from the audit. It raised our awareness of energy saving strategies and techniques,” said Rob Straebel, Charlevoix City Manager. “The things we get out of this audit are things that will help inform us on making the right investments. The report will let us know how much money we have to spend to make money.”

    Straebel got the idea for an energy audit from a conference he attended from the Michigan Municipal League about ways to cut energy costs. “I just called around to other municipalities and they informed me that they (U.S. Energy Engineers) had the best price for the service,” he said.

    Straebel and other staff members felt that it was important for city council to discuss the information in the audit because many of the recommendations could be part of the proposed expenditures for the 2009-10 yearly budget.

    “Looking at the report and the money we need to spend, it should take us about two years to break even and re-cooperate the costs on most of the things, like lighting,” said Straebel.

    According to Straebel, it cost the city around $3,000 for the audit. T
    he audit brought six to eight engineers in from Grand Rapids for about a day and a half to analyze the four major buildings in the city.

    “It’s a great service and I would recommend it to any group or business to go ahead and do this,” Straebel said. “It’s not just a smart thing to go through with from an economic standpoint, but it’s a good thing for a city to go through with to become more conscious of their own carbon footprint.”
     


    "U of L Energy Audit Could Save $33 Million", (c) University of Louisville News, July 16th, 2008

    A massive energy audit at the University of Louisville is expected to lead to energy savings of more than $33 million by 2020.

    UofL and Siemens Building Technologies, a leading provider of energy and environmental solutions based in Buffalo Grove, Ill., announced July 16 a plan to execute a 12-year contract to help the university trim its energy use through equipment upgrades and better systems for controlling the use of electricity, water and other resources. The audit, now under way, includes nearly 6 million square feet and 84 buildings.

    UofL also announced creation of an internal Sustainability Council to provide oversight and direction, coordinate activity and recommend policy.

    The two announcements, said UofL President James Ramsey, “are important to the long-term future of the university.”

    UofL has the responsibility to be accountable academically, financially, and environmentally, Ramsey said. The agreement with Siemens, he continued, will accomplish all three. It will reduce the university’s carbon footprint, allowing the university to spend less money on energy and to spend more on its academic mission.

    “We ought to be doing it whether we’re saving money or not,” he said, because being environmental stewards “is the right thing to do.”

    Siemens has pledged to reduce UofL’s $13.8 million annual utility bill by about 30 percent per year.

    The university will begin to phase in the company’s audit recommendations next year. UofL will incur no out-of-pocket expenses in the deal since Siemens has agreed to pay the shortfall if the savings fail to cover the cost of making energy-saving improvements.

    “The university has made great strides (in environmental initiatives) on this campus, but as a publically funded university, they don’t have all the funding they need to make necessary improvements,” said Michael Azzara, a business development manager for Siemens who is working closely with UofL on the project. The contract with Siemens provides a funding mechanism to do so.

    This performance contract is the largest of its kind undertaken in Kentucky, he said.

    In a related move, Provost Shirley Willihnganz announced appointment of a council of administrators, faculty, staff and students to tackle university issues related to the environment and sustainability. Barbara Burns, a professor of psychology and brain sciences, will head the group, Willihnganz said.

    The group will focus on education, research, operations, administration and finance, including all aspects of the university from student projects to business practices.

Monday, April 20, 2009

Residential/Light Commercial Energy Analysis

Elite Software - Elite Software Development, Inc. is an HVAC software development company almost as old as the microcomputer industry itself. Founded in 1979, Elite Software has offered HVAC, electrical, and plumbing design programs longer than anyone else in the industry. Elite Software is a business dedicated solely to software development for engineers, architects and contractors.

Elite Software Development, Inc.
2700 Arrington Road
College Station, TX 77845-4491
Ph: 979-690-9420
info@elitesoft.com

Handheld Energy Audit Software

Fundamental Objects Audits - FoAudits can be thought in the same way as you would think of Microsoft Excel. Excel is a program, which loads spreadsheets that users can fill out. A spreadsheet can contain a template -- with fields, pick-lists, tabs, and other organizational features that assist the user in entering information.

FoAudits is a template of the audit that you would like to capture. This template is stored once on the PDA (and once on the server). You can then create multiple instances of different customer audits using this template -- with the information being stored on the PDA as you take the audits. The template itself is not replicated for each audit on the PDA, to save space.

Fundamental Objects, Inc.
800 Robert Dean Drive, Downingtown, PA 19335
Ph : 610.873.8022
www.fo.com

Energy Audit Software -- General

Bizee Energy Audit Software - Both BizEE Benchmark and BizEE Pro have a number of features that aren't directly related to the core functionality of energy modelling and reporting. Following are some of the more 'general' features of the software:

- Simple, consistent user interface
- Built for growth
- Automatic updates
- Flexible system requirements
- Simple, consistent user interface

We have put a considerable effort into making the software user-friendly, and we will continue to make improvements where possible.

Bizee Energy Audit Software email:\
info@energyauditsoftware.com
http://www.energyauditsoftware.com

Enercom - Enercom is the industry's leading developer of Internet-based customer software applications. In fact, Enercom's current clients represent more than 400 energy and water companies. These use Enercom's software to provide value to customers in ways that build revenues, customer loyalty and brand equity. Applications include online residential and commercial energy and water audits with reports, graphs and consumer recommendations on energy savings. The Energy Depot software also includes, an appliance calculator showing energy usage and costs, a comprehensive Energy Library with tips and Fact Sheets for residential and commercial customer segments and much more.

Enercom
1514 East Cleveland Avenue, Suite 200, East Point, Georgia 30344
Ph : 404-209-8229 / Fx : 404-209-8058
Email: conlan@enercomusa.comwww.enercomusa.com

Energy Audit providers in Wisconsin

Environmental Controls & Methods, Inc (ECMI)
866-964-0072
5594 N. Hollywood Ave #202
Whitefish Bay, WI 53217
Mark Meyer
866-964-0072 (phone)
414-964-0071 (fax)
markm@ecmi.us (e-mail)

Energy Audit providers in Washington

Depew Professional Services
3005 SW 109th St. Seattle, WA 98146-1777
Lori Stehlik 206-241-2683 (phone)
206-260-3076 (fax)
lori@depewps.com (e-mail)

Energy Audit Providers in Virginia

CGE Solutions, Inc.
21770 Beaumeade Circle Unit 135
Ashburn, VA 20147
Curtis O'Neal 703-574-4365 (phone)
703-636-5216 (fax)
coneal@cgesolutions.com (email)

Energy Audit providers in Texas

DFW Consulting Group, Inc.
972-929-1199
8410 Sterling Street
Irving, TX 75063
Ken Meline, PE, CEM
972-929-1199 (phone)
972-929-4691 (fax)
kmeline@dfwcgi.com (e-mail)

Energy Audit Providers in Illinois

Progressive Energy Group, LLC
630-882-6100
2112 W. Galena Blvd Suite 8210
Aurora, IL 60506
Chris Childress
630-882-6100 (phone)
630-882-6132 (fax)
chris.childress@progressiveenergygroup.com (e-mail)

Energy Audit providers in New York

Empire Projects, Inc.
212-463-0800
59 West 19th Street - 6a
New York, NY 10011
William N. Bernstein, AIA
212-463-0800 (phone)
212-463-9898 (fax)
wb@empireprojects.com (e-mail)

Energy Audit providers in Maine

Seacoast Consulting Engineers
261 Jennie Lane Eliot, ME 03903
Lee Consavage, P.E.
207-439-1721 (phone)
773-207-2044 (fax)
Lee@seacoastengineers.com (e-mail)

Energy Audit providers in Colorado

Echelon Energy, LLC
3115 Fremont St. Boulder, CO 80304
Brian Bruggeman 720-536-5297 (phone)
brian@echelonenergy.com (e-mail)

Energy Audit Providers in California

Ecolife Consulting
760-271-7128
571 Second Street
Encinitas, CA 92024
Jim Simcoe
760-271-7128 (phone)
760-465-9555 (fax)
jim@ecolifeconsulting.com (e-mail)

Test 3

Test 2

test 1