NORTHEAST, Wis. (WBAY) - Central air conditioning is a luxury not a necessity. But, after serving their country two local veterans are being treated to new units.

At the home of Adam DeJardin in Bonduel, a fan and a window unit provide some relief from the heat.

According to DeJardin, "It gets pretty warm up there in summertime, last week has been pretty rough."

Jordan Polzin from Green Bay had central air, sort of. He says, "Last year it would work probably, maybe about 60% of the time and this year it was barely working."

But thanks to two different Green Bay heating and cooling companies, that were running separate contests to give a deserving veteran a new AC unit on Flag Day, neither man needs to worry about how they'll keep themselves and their families cool anymore.

"A guy from Brown County Veterans Services called me, told me I was one of the finalists and then Bay Area Services came out and told me I won basically," says DeJardin.

Polzin adds, "I was nominated by Andy Bussiere from the Wisconsin Desert Vets and I was selected."

A crew from Bay Area Services showed up early this morning to begin the installation of Dejardin's new Trane unit.

"It's just great to give back to deserving veterans. We like to help anybody that we can, anytime that we can," says Shannon Beyersdorf from Bay Area Services.

Bay Heating Service along with American Standard had Polzin's old unit out and the new one in before noon.

According to David Drews from Bay Heating, "He does a lot for the veterans in the community and we really wanted to give back to him because he gives back so much."

And while neither man served their country to receive recognition, they're touched by the cool opportunity.

Polzin says, "I'm the second VP of the Wisconsin Desert Vets and we help other people out and me being helped out is, I just didn't expect it."

"It's going to mean a lot, save a lot of money. It's about $3,000 that they're putting in to this for us, so appreciate that a lot," adds DeJardin.

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Two Veterans, Two Companies, Two New AC Units - WBAY

A ductless air conditioner can be the best option for cooling an older home or an addition built without the proper ductwork. Portable and window mounted air conditioners have limits and take up space, but a ductless air conditioner is installed directly on a wall or ceiling and operates as seamlessly as a central air conditioner system.

Retrofitting a home to install central air conditioning can cost thousands of dollars. As you'd expect, a ductless unit is a fraction of that cost. There is no labor involved to run ductwork throughout a home. Instead, a mini-split ductless air conditioner consists of a compressor/condenser that is installed outdoors, but instead of it having a large cooling coil outside, each room is equipped with a small and quiet indoor fan and cooling unit, which is typically installed high on a wall near the ceiling or on the ceiling.

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A small hole is cut through the wall to run the refrigerant lines, condensate drain, power, and control cables to and from the central outdoor unit. Most units are about seven inches deep and can be installed flush into a wall or ceiling.

Gree

A home setup with one of these in units in each room will stay cool throughout the hottest days of summer. Each indoor unit has its own thermostat and can be set to the desired temperature for each room, which is a great advantage over many central air systems. If your kids like to sleep in a toasty room, but you like it cool, everyone is happy with a ductless system.

A remote control is included with a ductless system so there is no reaching up to change any settings on the actual unit, and most come with a variety of settings to maximize energy used and can switch between a fan and air conditioner. Another advantage to a ductless air conditioner is a more effective air filtering system which is located on each unit, instead of one central air filter for a whole system.

Ductless air conditioners are available at your local Home Depot as well as Amazon.

The best single room system come from Pioneer for only $728. If you need to move up to an entire 3 or 4 bedroom home setup, Gree's three-unit system for $2,303 will work well or you can upgrade to Pioneer's four-unit system, starting at $4,195. Gree also builds other unit sizes as well. The one pictured at the top of this post, for example, is part of Gree's $2,000 two-unit system.

But sometimes, the temperature isn't the only thing worth considering. For maximum air movement, this Pioneer ductless AC is rated at 48,000 BTU cooling and 49,500 BTU heating. As bonus, it's also built for a recessed install, making it virtually unnoticeable, but it'll cost you with $3,258 price tag.

Remember: If you need cooling and heating, be sure to look for a ductless air conditioner that includes a heat pump.

Keep cool out there.

Link:
Ductless AC May Be the Best Way to Keep Cool This Summer - Popular Mechanics

June 13, 2017 2:59 PM

This Content Provided By American Vision Windows

Some homeowners will take drastic measures to keep their homes cool. However, it doesnt matter how many fans you set up if all that cold air is leaking out through your windows. Older windows may be poorly insulated, and way too thin to keep the cold in. You may have seen families cover the insides of their windows with big plastic sheets to try and stop the leaks. Other families cover their windows with foil to try and reflect the heat. Others keep their blackout curtains shut all day so that their home is always dark and unwelcoming.

Theres an easier way to keep your home nice and cool this summer. replace your old windows! Technology has come a long way since old, single-pane windows. New energy efficient windows can have everything from triple-pane glass with argon gas insulation to special coatings. High tech coating can filter out 40-70% of the heat that would come through your glassand they still let in the full amount of light.

New windows can also save you money on your bills. The less you have to run your air conditioning to keep your home comfortable, the less you would have to pay! According to the U.S. Department of Energy, New, energy-efficient windows eventually pay for themselves through lower heating and cooling costs. Why continue to let your money leak out of your old windows? Instead, energy efficient windows like vinyl, triple-pane windows can keep your home insulated properly. In fact, replacing single-pane windows with energy efficient windows can save you an average of 2,600 kWh annually. Thats enough energy to watch three straight years of TV.

Many Los Angeles and Orange County residents have already realized that installing new windows can help them save their cold air and their hard-earned money. American Vision Windows, the largest window installation company in California, has already replaced thousands of windows in L.A. and Orange County. The company began over 15 years ago when the owners, Bill and Kathleen, had a terrible window replacement experience. Contractors showed up late or not at all, took months to install the windows, and they even installed the wrong windows. When Bill and Kathleen called the company about the problems, it had already gone out of business and disappeared. After their painful experience, they decided that California needed a decent window installation company and this is how American Vision Windows was born.

Now, American Vision Windows focuses on bringing families what Bill and Kathleen never had: attentive service, happy and experienced employees that care, and top-quality windows. The company has since won several awards for their customer service. They have an A+ rating with the Better Business Bureau, and have won the Angies List Super Service Award five times.

For more information on how to replace your windows and keep your home cool the summer, contact American Vision Windows.

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Trying to Keep Cool This Summer? Take a Look at Your Windows - CBS Los Angeles

Students from all nine of the Hillsborough Township School Districts schools were sent home early this week, as a lack of consistent air conditioning resulted in what officials said were unhealthyconditions.

As the mercury rose to upward of 95 degrees outside, district officials decided to close schools early on Monday and Tuesday, as kids prepare for finals and graduation during the final week before summer break.

According to district officials, all afternoon kindergarten and preschool classes werecanceled and lunches werenot served as a result of the early dismissal.Additionally all after-school activities were canceled, along with after-school care services provided by Catholic Charities.

District Business Administrator Aiman Mahmoud said the decision to close early was made by Superintendent Dr. Jorden Schiff.

As with all early dismissals, the decision was made after consulting with individuals including building principals, district administration, buildings and grounds personnel (and others), he said.

With the school year coming to a close, officials said the district will not be required to make up the lost time.

As a result of the early dismissal this week, students at Hillsborough High School were sent home by noon, Hillsborough Middle School students went home at 12:30 p.m. and Auten Road Intermediate School students left at 1:15 p.m.

Morning kindergarten students at both Amsterdam Elementary School and Triangle Elementary School left at 10:20 a.m. Similarly, morning kindergarten students at Hillsborough Elementary School, SunnymeadElementary School, WoodfernElementary School and Woods RoadElementary School were dismissed at 11 a.m.

The remaining students at Amsterdam and Triangle Elementary Schools left at 11:50 a.m. and the rest of the student body atHillsborough Elementary, Sunnymead, Woodfern and Woods Road were dismissed at 12:30 p.m.

Since the decision to close schools early came at approximately 10:30 a.m. on Monday morning, Mahmoud said parents were alerted to the early dismissal in a number of ways, including the districts SchoolMessenger system, its social media, the educational access channel and a posting on the districts website.

Though there was little notice for parents leading up to that moment, Mahmoud said the district had contingencies in place.

On the first day of school, parents are sent home an emergency dismissal form which they complete and return to their childs school for such instances as today, he said on Monday. The form reminds parents to talk with their children about their emergency plans.

The early dismissal and cooling issues throughout the entire district are a continued problem for officials that dates back as far as last September, when similar conditionscaused parents and officials to raise an uproar over the lack of air conditioning for students.

At that time, schools were not dismissed early and teachers were left to find solutions for their kids, including moving their classrooms into cooler areas of their respective schools.

During a recent Board of Education meeting, Schiffsaid the district was still working out how it can address its air conditioning problem, even after having contracted an AC provider to install three 25-ton units at ARIS and HMS.

Those three units, two at ARIS and one at HMS, are being used to provide cool air to the gymnasiums at those schools. Once cool, teachers have the option to sign up on an excessive heat schedule with school administration to allow for students to cool off throughout the day. Those options were available to classrooms earlier this week.

Cooling stations and schedules are temporary fixes, Hillsborough Education Association President HenryGoodhue said. Its not completely constructive for learning to move, say, a math class there when there are already literacy classes going on there.

Goodhue said the situation proved to be difficult for teachers and staff, as well as the students.

Were still having issues with maintaining climate controls within our buildings, both heating and cooling. We have elementary schools that do not have adequate cooling zones, hesaid. Theyve taken steps to address this at the middle school and Auten Road, and I appreciate their decision with consideration to the staff and students for today and tomorrow, but there is still a lot of work to be done on our infrastructure.

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HILLSBOROUGH: Hot conditions throughout school district force early dismissals - centraljersey.com

VentZone Systems include a heat or energy recovery ventilator and a zone register terminal for each bathroom in the home

Bradenton, FL (PRWEB) June 14, 2017

American Aldes is pleased to announce the newly designed VentZone System, the most advanced and effective home ventilation system on the market today. The system combines zoned bathroom exhaust plus whole-house ventilation with a single heat or energy recovery ventilator. For the homeowner, this means healthy indoor air quality throughout the home with extra boost ventilation in the bathrooms as needed while maximizing energy efficiency.

Traditional systems ventilate a bathroom in one of two ways; individual fans for each bathroom, or an inline bathroom fan connected to all bathrooms. The former is expensive as it requires purchasing, installing, and ducting several fans plus installing a vent in the exterior of the home for each bathroom. The later wastes energy and can over ventilate a home since all bathroom exhaust is either on or off and does not allow the homeowner to operate ventilation in each bathroom independently.

The innovative VentZone System provides centralized, zoned bathroom exhaust plus whole house ventilation with a single heat or energy recovery ventilator. It gives the homeowner the ability to turn on individual bathroom ventilation as needed, yet only requires one ventilator to provide exhaust for all the bathrooms.

As air is removed from the bathrooms through ALDES patented Zone Register Terminals (ZRT), it it passes through an ALDES heat or energy recovery ventilator (also called an air exchanger). As air is being exhausted from the home, fresh air is also being brought in at the same rate. The air exchanger tempers the incoming air using the energy from the outgoing air without the air streams mixing. This provides balanced ventilation, avoids negative pressure on the home, and improves indoor air quality while maximizing energy recovery. The technology built inside the air exchanger does this in the most energy efficient manner possible to avoid losing heating or cooling energy from within the home.

American Aldes VentZone System and Aldes ZRTs are both past recipients of the Innovation Award for Ventilation by the American Society of Heating, Refrigeration and Air Conditioning Engineers (ASHRAE).

The company has built upon this already-successful system in several ways.

Ventzone kits are available for homes with 2-5 bathrooms. Each kit includes an ERV or HRV, Zone Register Terminals (ZRTs) and controls for each ZRT.

Forward-thinking builders and HVAC installers have recognized the benefits of VentZone System for years, and homeowners appreciate the energy savings year after year, said Tom Heidel, Residential and Ecommerce Business Development Manager at American Aldes. These improvements take the award-winning Aldes VentZone System even further in terms of healthy indoor air quality, energy savings, and ease of installation.

A demonstration video is available at: http://bit.ly/ventzone

About American ALDES American ALDES is the premier manufacturer of ventilation products and systems for homes, multi-family dwellings, hotels, schools and numerous other commercial applications. Products are designed for superior airflow control, energy-efficient performance, and a healthy indoor environment.

American ALDES is a based in Florida and is a subsidiary of the ALDES Group, an international, family owned group of more than 1,300 employees and 17 subsidiaries in 13 countries. More information on VentZone Systems is available at http://www.aldes.us/ventzone-iaq .

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American Aldes Raises the Bar on Home Ventilation with Improved VentZone Systems - PR Web (press release)

Manteca Unified has added the equivalent of almost another elementary school as part of its modernization effort at five campuses. And it was done by honoring two promises to Measure G voters: No new classrooms would be built for growth and the bond money would be spent in a manner that was efficient and maximized every cent. The remodels at Lincoln, Sequoia, Shasta, Lathrop, and Golden West schools yielded 15 additional classroom spaces. This was accomplished in several ways: uThe five new offices that were positioned to enhance campus security allowed the older offices to be remodeled into classrooms. uThanks to Going Digital, computer labs per se were no longer needed so those classrooms were repurposed as general classrooms. uSpace for pull out programs where students leave a classroom setting for more intense help in smaller groups that were adjacent to other such areas where walls could be removed were remodeled into standard classrooms. uOther space that could be converted for pull out programs such as the old boiler room at Lincoln School that was no longer needed thanks to electric heating and cooling roof units were remodeled freeing up other space for general classrooms. When the dust is settled, there will be a net gain of around 15 classrooms at the five schools to support upwards of 450 more students based on a 30 students per classroom ratio. Given that a classroom can cost around $330,000 apiece when they are built in clusters of eight to 10 rooms, the additional classroom space represents a cost avoidance of just under $5 million. The additional classroom capacity is even more cost effective given that 450 more students could ultimately be housed without the need to secure land for a school site, install infrastructure and build support facilities such as a multi-purpose room, cafeteria kitchen, library, office, parking lots, and other typical campus improvements. Deputy Superintendent Clark Burke said staff looked for any area they could come up with 960 square feet the minimum size required by the state for a first through eighth grade classroom and worked it into the remodel plans. The repurposing of other space for classrooms means the five remodels have maximized facilities. At the same time, Manteca Unified Superintendent Jason Messer noted the condition of each portable classroom was re-evaluated. While the district was hopeful to replace all portables with permanent buildings that have a significantly longer life expectancy and lower maintenance costs when the bond measure was cobbled together, portables that could have significant more life squeezed out of them with a minimal investment were retained. It would have been nice to replace all of the portables but it made no sense to do so with the classroom space needs the district is facing, Messer said. All classrooms whether they involved new construction to replace dilapidated portables, remodeling of aging classrooms, or other space that was converted to general classrooms were brought up to current standards. An example is the original classroom wings at Lincoln School. The wiring was all replaced, new cabinets installed, ceilings replaced, new plumbing for rooms with sinks, as well as new flooring. At Lincoln school, original classroom wings had linoleum flooring removed in hallways and the cement given a polished finish. Not only did that increase durability and reduce maintenance costs but it gave the 60-year-old plus building a modern, updated look.

What the district was able to do at Lathrop School Of all the campus modernizations done so far using Measure G funds, perhaps none were as transformative as Lathrop School. Prior to Measure G work the campus front along Fifth Street was a major hazard. There were no curbs, gutters, or sidewalks. Parking and drop off areas were blurred. The office was away from the entrance. Portable buildings were placed in such a manner that securing the campus that is bounded on three sides by streets was difficult at best. Some interior hallways had a dingy, cramped feel to them due to a hodge podge of additions over the years. The $10.4 million Measure G infusion provided Lathrop School with 10 new classrooms to replace the worst portables. The front has been cleaned up with sidewalks, streets, and curbs along with separated parking and drop off zones. There is a new main entrance with wrought iron fencing and gates along with a new office that allows the staff to monitor those who enter during the school day and after hours. The smaller of the original multi-purpose rooms was converted into an expansive library that takes advantage of natural lighting. Drainage and slope issues were addressed on the playground to deal with run-off effectively and to meet current Americans with Disabilities Act requirements. And it was done were care to save massive, sturdy heritage trees. Just like with modernizations at other campuses, there were unique touches that reflect Lathrop School. Given the schools long involvement with student gardens, 10 elevated garden tubs were put in place. Not only are they ADA compliant but each have their own water faucet. The finishing touch was covering the surrounding area with decomposed granite. It means the garden area will be easier to prevent weed growth and for students to work. There is also a separate drop-off area by the multi-purpose room that can be opened and closed with new gates. Clarke noted that once the multipurpose room is painted, the campus will have a cohesive look.

To contact Dennis Wyatt, email dwyatt@mantecabulletin.com

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Remodeling produces more classroom space - Manteca Bulletin

While heat pump water heaters are not known by every customer, they are a choice every customer should know about. Whether its for an emergency or planned replacement, a heat pump water heater (HPWH) is the most energy-efficient choice, providing your customers hot water needs today, while saving them more than 50 percent of electric water heating costs for years to come.

They can also be a business booster since the profitability of HPWHs is typically higher than a standard water heater, making each sale a valuable opportunity.

In the Pacific Northwest, Hot Water Solutions, hotwatersolutionsnw.org, an initiative funded by utilities in Oregon, Washington, Idaho and Montana through the Northwest Energy Efficiency Alliance, is working to dramatically increase consumer demand for HPWHs through consumer awareness, education, and monetary incentives over the next few years. The initiative is also working to boost business for contractors and installers with free technical and sales training.

Elsewhere in the U.S., there is also a great opportunity for growth. And with a little background knowledge, contractors could become leaders in their service area.

HPWHs have been around since the 1980s, but todays models are a far cry from their predecessors. And, while todays models are a great option for customers, there are still misperceptions. This article debunks five common myths about HPWHs, and provides actionable strategies to build your sales.

Five myths about HPWHs

Myth No. 1: HPWH technology may not produce enough heat to quickly recover when hot water is in high demand, and theyre loud.

HPWHs offer the best of both worlds: maximum energy savings and reliable recovery time. In fact, first hour ratings for HPWHs are just as high as electric tanks. Newer HPWH technology, used in Tier 3 tanks, works to maximize the most recently heated water for its end uses.

To maximize hot water recovery; larger tank sizes may be advisable based on your customers needs. Manufacturer and sizing guidance will help with this. It is also helpful to encourage customers to use the Hybrid Mode, so when extra hot water is required, electric elements will kick in to boost hot water. Hybrid Mode provides economy when you want it, power when you need it.

While HPWHs generate some operational noise, around 45 decibels or so, the sound is comparable to the background noise from a portable fan. When the units are installed in a separate room from the living space very few homeowners are aware they are operating.

Myth No. 2: My customers just want a quick, like-for-like replacement.

The truth is, its hard to predict what a customer will or wont pay for, or know what they can or cant afford. To be fair to all customers, offer them choices. Start off by asking questions to find out what the customers interests and needs are. Then provide a series of choices, including the best possible one appropriate for the customers needs.

In the long run, providing choices to all customers, without assumptions, will produce greater sales across all price categories, as well as more satisfied customers.

Myth No. 3: Homeowners wont pay extra for a high-efficiency water heater.

In some cases, upgrading to a HPWH could be comparable in price to a standard electric tank due to available tax credits, manufacturer rebates, and local utility promotions. Heres how it might work:

On average, a customer will pay $2,500 for a HPWH compared to $1,300 for a standard electric water heater. However, in many regions, available rebates can dramatically decrease the upgrade investment for the HPWH. Many manufacturers are offering up to $300 in instant markdowns to help attract more customers to their products. Many local electric utilities are offering rebates to reward their customers who choose energy efficiency. In the Pacific Northwest, for example, customers can qualify for up to $800 in utility rebates.

Its important to remember too that HPWHs generally cost half as much to operate as a standard electric water heater, saving many homeowners $300 a year or more. Using available manufacturer rebates, plus utility rebates could mean there is very little payback time for the initial investment. For customers using only manufacturer rebates, it will take up to two years for a 100 percent return-on-investment. After that, all of the savings go right into the homeowners pocket.

Myth No. 4: HPWH installation requirements are too complicated and may require maintenance and call backs.

As long as you have the skills to install a standard electric water heater, you have the skills to install a heat pump water heater. Its true it may be easier to stay with the models you are most familiar installing. However, once trained, qualified installers will find that the few additional installation requirements for a HPWH are straightforward and typical of other plumbing, heating and air conditioning products they routinely install.

Some of these installation considerations include:

Locating the HPWH in a place with ambient temperatures that do not drop below 40 degrees Fahrenheit, such as the basement or a utility room

Possibly exhausting the cooler air conditioned air if needed

Having adequate space for the products footprint and height

Installing a condensate drainage line

Ensuring continued access for maintenance (e.g., filter changes)

For worries about maintenance and call backs, with proper homeowner education, filter maintenance can be easily managed. And, if the condensate drainage is installed properly, this shouldnt add customer call backs.

Myth No. 5: HPWHs take too much time to install and are less profitable for my business.

The fact of the matter is HPWHs have the potential to be very profitable. Its the contractor who determines their selling prices by considering product costs, material costs, labor costs, overhead costs, selling costs and desired net profit. So, it does not matter if two HPWHs or three standard water heaters are installed in the same day if the total profit for the day is the same.

The business-savvy contractor considers both the profitability of a single job and the total profits produced per installer per day when establishing their pricing. Simply price each job with a gross profit per day target in mind and you can make more money and create happier customers.

For contractors who want to learn more about HPWHs, there are some great resources available. Building your knowledge, and finding the sales model that works best for you, are the keys to making HPWH sales work well for your business, all while being a leader in energy efficiency and customer services.

Resources:

Hot Water Solutions, http://www.hotwatersolutionsnw.com, offers tools to make selling HPWHs easy, including sales training, product features and benefits, and current financial incentives available. Also, check with your local utility to learn about current rebates available to your customers and any install requirements needed to qualify.

Jill Reynolds oversees the Northwest Energy Efficiency Alliances heat pump water heater initiative, Hot Water Solutions, which focuses on promoting the development and adoption of heat pump water heater technology. Prior to joining NEEA, Reynolds managed several residential programs for a variety of Northwest utility and municipal clients. Programs included single family weatherization, single and multifamily direct install, retail products and lighting, and single and multifamily audits. She is a graduate of Linfield College in McMinnville, Oregon. Additionally, she holds JD from Lewis and Clark law school in Portland.

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5 common myths and tips when selling heat pump water heaters - Contractor Mag

Partner Post D48 is a different type of energy management company offering no-cost initial analysis, complete energy audits, full spectrum low-to-high tech efficiency analysisand multiple financingsolutions.Turn-key renewable power production and storage project management services are available on request.

In the world of air conditioning, air cooled chillers have always been more efficient than conventional refrigerant based air conditioners, up to 300% more efficient in some cases. The problem was that these chillers are usually over 10-Tons in size and most home/office air conditioners specified or installed are refrigerant based systems and less than 10-Tons. So 95% of the time designers and builders use ducted 3-Ton and 5-Ton, refrigerant based air conditioning or heat pump systems in new construction, small commercial and replacement projects. In addition, no thought was expended on how a climate control system could add to hot water production and take advantage of solar thermal and or electric systems designed into or existing at an increasing number of new and retrofit projects.

Chiltrix has thought about these opportunities and recently updated its CX34, 2-Ton mini-chiller heat pump listing on the California Energy Commission web site to incorporate the CX34s world record setting efficiency data recently certified by AHRI.

As a high quality chiller with a 20-year service life, multiple air handler capability, scalable from 24,000 to 72,000 BTUs of air conditioning, ductless split with variable speed motors; the CX34 checks all the boxes when it comes to being ultra-efficient and dependable. It leaves other comparable units 37% to 150% behind in ILPV EER efficiency and up to 300% more efficient under NLPV conditions. Both ILPV and NLPV are specified in the AHRIs, (Air Conditioning Heating Refrigeration Institutes) 550/590 industry Standard. ILPV is what SEER is to standard air conditioners, the NLPV rating is used for the CX34 when its humidity control option is in use and loop water temperatures fluctuate out of the ILPV standards to maintain a desired indoor humidity level.

The patent-pending Chiltrix offers a DHC humidity control option which is unique to the CX34 and allows users to set specific inside humidity levels higher for a healthier inside environment while saving even more energy during its operation. Other systems cannot provide this important aspect of total indoor climate control.

To put the efficiency of the CX34 in perspective, lets look at a new 100 home project in southern California, (at least 20-miles from the beach) with an average of 1200 square feet of living space per home and the CX34 is used for primary hot water, heating and cooling. The residents of this project would have a combined average of an additional $90,000.00 per year of disposable income that would eventually make its way into the local economy or the homeowners education/retirement accounts. Either way, the effect is a healthier more prosperous community.

So lets review:

In addition to the CX34s attributes above; it is solar ready. With a variable speed 208/240 single phase soft start of 2 amps, the CX34 makes it easy on inverters and battery banks and practical to integrate into solar PV systems. It can also connect directly with solar water heating systems for heating purposes and be an ultra-efficient primary source for hot water thus saving the user even more on related energy costs.

Finally the CX34 is priced about the same or less as quality conventional new or replacement HVAC hardware. If ducting or ducting replacement/repair is factored in the CX34 is often the less expensive option. Builders and contractors can also save on new construction and replacement projects by using in-house install personnel since there is no requirement for a specialty license to install the CX34.

New zero energy and Title 24 compliant home buyers, commercial tenants and system replacement customers benefit greatly from reduced AC operation noise levels, a more comfortable and healthier interior environment, contributing to local carbon reduction strategies and saving up to 50% on climate control and water heating related energy costs as a result of the CX34 being the primary hot water, heating and air conditioning system for their home or office.

Yes, the people at Chiltrix thought of that.

Go to: http://www.chiltrix.com for pricing and technical documents or call; 909.223.7357 to discuss your specific application.

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World Record AC Efficiency for Zero Energy Homes - Inland Empire

LAWTON, OK (KSWO) The City of Lawton has completed phase three of an energy-savings initiative that began in 2007. The City of Lawtons Information Technology Division teamed with Quasar Data Center of OpTerra Energy to virtualize 20 servers managing access to centralized services in the citys network.

The work is the most significant IT undertaking to date, according to City of Lawton IT Supervisor Cindy Price.

The cost of our physical servers and the cost of some of the support software that went along with those will no longer be required, Price said. The management and maintenance tools that we will have available now are so much more sophisticated and efficient compared to what we had before. This is an exciting change for us.

Quasar Data Center signed a 15-year energy-savings deal with the City of Lawton. Most of the decommissioned servers will be transported to the Quasar Data Center headquarters to form a disaster recovery center for the City of Lawton.

City of Lawton Network Support Technician Liz Brundige and City of Lawton Network Administrator Candy Williams completed much of the technical development and configuration to the citys customized Cloud Computing solution.

This was a big undertaking but it was extremely important to have done to protect the infrastructure of the City of Lawton, Price said.

The consolidation of servers will not only save energy; the removal of unused servers will simplify management strategies, increase harbor failure resiliency and cut down the time that technicians regularly spend maintaining nearly two dozen pieces of equipment, according to Gonzales.

The infrastructure Lawton had was pretty typical as far as IT goes, in that each server was performing a singular function here, Gonzales said. Now that there are multiple servers on one physical server it will allow for many benefits from heating and cooling advantages, to more space, to shortening the life-cycle of provisioning physical servers.

Projects of phase one and two of the energy-savings initiative with OpTerra included installation of Automated Meter Reading (AMR) water meters, upgrading HVAC and control systems across city facilities, replacing traffic signals with LEDs and upgrading light fixtures at various buildings, among other tasks.

The project, in its entirety, has totaled approximately $16 million a debt to be covered by annual savings from the more energy-efficient equipment and services.

Information provided by the City of Lawton.

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Phase 3 of the City of Lawton energy-savings initiative is complete - KSWO

At the edge of Downtown Providence, RI, stands the Sharpe Building at the Foundry, a 157,500 square foot former mill that has been renovated into a six-story building with 196 loft-style luxury residences.

The Challenge Originally built in 1872, The Foundry has a rich history dating back more than a century. Once the former manufacturing campus of industrial powerhouse Brown & Sharpe, the 13 brick buildings located on 26 acres at the edge of downtown Providence, RI have been meticulously restored into a mixed-use complex, which bridges the old and new.

In the middle of the sprawling complex is the Sharpe Building at the Foundry, which served as a mill during the buildings manufacturing years. The goal for the renovation of the 157,500-square-foot, six-story building was to develop 196 loft-style luxury residences. Placed on the National Register of Historic Places in 2003, the Sharpe Building required a renovation that upgraded the functionality of the building while maintaining the historic design.

Criteria The project team required an HVAC system that would retain the Sharpe Buildings unique architectural character, while appealing to young professionals migrating to Providences urban center seeking modern comfort and conveniences. Therefore, the team looked for a system that was energy-efficient, aesthetically pleasing and quiet.

Solution The projects mechanical contractor, Peregrine Mechanical, Inc., turned to Trumbull Campbell Associates to help them design a super-efficient solution that would allow for individually-controlled heating and cooling in the buildings mix of metro, studio, one- and two-bedroom units.

A traditional water-source heat pump system was originally scoped for the project, but the rapid on-off cycling of compressors and fans can be noisy, and the system would not be able to match the cooling or heating loads without wide space-temperature swings a problem for a luxury residential building.

After carefully reviewing the requirements, Trumbull Campbell Associates recommended installing the LG Multi V IV VRF heat recovery system. Using LGs VRF (variable refrigerant flow) systems would preserve the architectural integrity of the historic building, while addressing space considerations by running small refrigerant lines throughout the building without using bulky ductwork.

This building is part of the National Register of Historic Places, so they do limit any outside structural changes that can be made. So with the LG VRF system its a lot easier for installation, said Duncan Fuller, sales engineer for Trumbull Campbell.

In addition to the small refrigerant lines and compact equipment, the LG Multi V IV does not require a large mechanical room. In turn, the Sharpe Building was able to repurpose that space for amenities for the residents including a gym and a theater. On a large portion of the roof that would have been occupied by a conventional system, the Sharpe building created an outdoor space overlooking downtown Providence for the residents.

When they first started doing the buildings and the retrofits, they used traditional water-source heat pumps. When you have water-source heat pumps you have large mechanical room full of pumps and other machinery that are not only large electric users but also take up usable space, said Fuller. The designer of this project converted that space into amenities for the residents. It has a large fitness center and a 20-seat theater for the residents.

The roof was modified for a large roof deck for resident enjoyment and views of the city instead of having cooling towers in view.

To create a comfortable and appealing indoor environment, the Sharpe Building features a mix of indoor units including ceiling cassettes and wall-mounted units, depending on the location. Selected for their minimal noise level, the LG indoor units provide precise temperature control while operating as quietly as the noise level in a library. By using individual zones, the LG Multi V IV systems only engage when there is enough demand, and then balance the load requirements across all spaces to use energy more efficiently. The system provides further energy efficiency through the heat recovery feature as heated return air is redistributed to the zones that need it, rather than heating new air.

Results The energy-efficient LG MultiV IV VRF system met all the Sharp Buildings criteria with flawless performance since the building opened in 2015.

The building owners tell us they are experiencing significant cost savings per square foot operation, said Eric Peters, Regional Sales Engineer, LG Air Conditioning Technologies.

For nearly the same cost as a traditional system, the Sharpe Building now has a highly reliable, stable HVAC solution that provides energy efficient comfort for residents.

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Case Studies in Commercial Ductless Systems: LG for Historic Building Retrofit - Contracting Business