Posts tagged ‘Energy Management’

January 9, 2015, 12:07 pm

Sports Stadiums Go Green

Reducing costs, enhancing the fan experience, attracting environmentally minded sponsors – these are just some of the reasons why sports stadiums around the country are focusing on sustainable practices and operations. Greening sports facilities is uniquely challenging, however. “They get a massive influx of people in a short period of time, and then they sit vacant for days,” explains Steve D’Iorio, senior vice president at Jones Lang LaSalle in Washington, D.C.

BUILDINGS recently highlighted stadiums that successfully made the leap to the greener side. See below for some of the changes at these landmark facilities:

  • M&T Bank Stadium, Baltimore: The Baltimore Ravens’ stadium reduced energy usage by 5 million kWh between 2005 and 2012 using ENERGY STAR® The stadium was the first existing outdoor professional sports facility in the U.S. to achieve LEED® Gold certification.

  • Levi’s Stadium, Santa Clara, California: The home to the San Francisco 49ers generates its energy via three solar-paneled pedestrian bridges and one solar-paneled roof deck. The stadium installed controllable and programmable lighting and thermal comfort control systems for improved energy efficiency.

  • Lincoln Financial Field, Philadelphia: 11,000 solar panels and 14 wind turbines allow the Philadelphia Eagles’ stadium to generate almost all of its electricity on-site. Energy programs and management systems have reduced consumption by more than 33 percent.

  • Safeco Field, Seattle, Washington: The Seattle Mariners ballpark reduced natural gas use by 60 percent, electricity by 30 percent and water by 25 percent by upgrading the stadium’s lighting and mechanical systems. Side note: The MLB team also co-founded the Green Sports Alliance.

  • AmericanAirlines Arena, Miami: A building automation system monitors and controls the facility’s HVAC operations for strategic energy usage. Energy efficiency initiatives enable the Miami Heat’s arena to consume 53 percent less energy than comparable facilities.

  • STAPLES Center, Los Angeles: The home to the LA Lakers features a 1,727-panel solar array that provides up to 20 percent of the energy used, contributing $55,000 in savings per year. A variable-speed HVAC system increases the arena’s energy efficiency.

A building’s sustainability can be improved easily with “better discipline about turning things off when they’re not being used,” says Scott Jenkins, general manager of the Atlanta Falcons stadium and chairman of the Green Sports Alliance.

We agree. Controlling the facility’s mechanical systems can significantly reduce costs and conserve energy, benefitting both stadium owners and the environment. Innovative cooling and heating technology, like our Variable Refrigerant Flow zoning systems, allow facility managers to monitor and control exactly where and when energy is being used. Management can turn off units in unoccupied areas of the stadium during the week and easily turn them back on for game days to minimize energy use. VRF systems also maximize comfort. The three-level press box at the University of Notre Dame’s football stadium used to soar over 90 degrees Fahrenheit during early season games. Now, with our Y-Series VRF zoning system, the space maintains a cool and comfortable temperature.

To read more on how stadiums are reducing their environmental footprints, click here.

Written by MitsubishiHVAC
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January 7, 2015, 2:48 pm

Project Profile: Renaissance Schaumburg Convention Center

The Renaissance Schaumburg Convention Center (Renaissance Schaumburg), located in the metro Chicago city of Schaumburg, hosts up to 6,400 attendees each event. The facility restrooms are always in demand, creating an abundance of landfill waste.

Renaissance Schaumburg explored alternatives to using paper towels in the high-traffic spaces. Robert Lang, the facility’s director of engineering, said, “We ultimately decided to invest in Mitsubishi Electric Jet Towels for two reasons: quieter operation than competing hand dryers and the ability to contain water rather than spilling it onto the floors and walls. We wanted a drain tank that would keep the restrooms safe and dry for our guests.”

The Jet Towel is the only hand dryer to meet National Sanitation Foundation Standard 169, and its clean operation comes at no reduction in effectiveness or comfort; it dries hands in 10 seconds at a decibel rating equivalent to elevator music. Best of all, Renaissance Schaumburg reported saving $6,000 per year by using our energy-efficient hand dryers.

To read the entire case study, click here.

November 25, 2014, 2:06 pm

How VRF Zoning Help Hospitals Save

There were 7,156 hospitals in the U.S. in 1975; currently, there are 5,723. The competition among hospitals to attract patients, and thus stay in business, has never been stiffer. As Harvard Business School Professor Michael Porter explained at the recent Hospital of Tomorrow Conference, hospitals that provide the highest value care at the lowest cost will outlast those that don’t, so cost savings is key.’s Executive Editor Greg Zimmerman points out that hospitals can start saving with energy management. Hospitals are one of the largest consumers of electricity in the commercial sector so managing a building’s energy usage smartly and efficiently can offer substantial savings. You need to be able to evaluate the building’s performance and have hard data in order to optimize its efficiency and reduce energy costs. “We collect data so we can understand operational and demand profiles. When you focus on how systems are being used, where there is inherent energy waste, you can determine where the energy savings are,” said Michael Della Barba, director of commissioning services at Environmental Health & Engineering, Needham, Massachusetts.

Cooling and heating contributes to nearly half of a building’s energy consumption. So outdated, inefficient HVAC systems can be significant energy drains. Hospitals that choose Variable Refrigerant Flow (VRF) zoning systems make a particularly wise investment. Here’s why:

  • Zoning. Although hospitals provide around-the-clock care, seven days a week, not even half of the facility is used 24/7. You wouldn’t leave every light on in a hospital, only the ones in the occupied rooms. The same is true for HVAC. The zoning capabilities of VRF zoning systems give hospital administrators control where and when energy is spent by conditioning only the areas in use.

  • Control. VRF zoning systems feature intelligent, intuitive controls that allow facility managers to easily and conveniently control the building’s systems. Our CITY MULTI Controls Network lets them set an operating schedule tailored to the needs of the patients, staff and the building.

  • Savings. In addition to lower utility bills, some of our VRF zoning systems are ENERGY STAR®-qualified and can help earn tax rebates. VRF zoning systems are cost effective over time as well. The systems’ payback period is just 10 years.

Click here to learn about hospitals that have benefited from our VRF zoning systems. To read Zimmerman’s full article, click here.

September 3, 2014, 9:46 am

ENERGY STAR @ Home Tool Allows Homeowners to Discover Hidden Savings

September 3_ENERGY STAR @ Home

The EPA’s ENERGY STAR® program wants to help homeowners and businesses save money and protect the environment by making smarter energy choices. To help homeowners along, ENERGY STAR has come up with an interactive tool called ENERGY STAR @ home. The tool allows users to navigate a virtual home and click on various rooms to receive tips on how to be mindful about their personal energy usage. The tips include ideas such as checking leaking ducts and weather stripping doors to maximize your home’s energy efficiency. These tips can help homeowners save money on electric bills while maximizing energy efficiency to protect the environment.

Click here to check out the tool and see how to make your home more energy efficient.

Written by MitsubishiHVAC
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July 25, 2014, 11:09 am

Chicagoland: Come See Us in the 2014 GreenBuilt Home Tour!

The Illinois Chapter of the U.S. Green Building Council (USGBC) is hosting its second annual GreenBuilt Home Tour this Saturday and Sunday, July 26 – 27, 2014. The tour features 18 homes across Illinois and is meant to serve as a showcase of green building and design ideas. We’ve signed on as a sponsor of the event, and you can find our products in two homes near the Chicago area.

The event helps raise public awareness about healthy and sustainable building practices in real-world applications. Homeowners looking to renovate an existing home or build a new home can connect with the area’s most accomplished green-building pros to get ideas and ask questions.

The two homes featuring our products are:

SmartHaus in Northbrook, Illinois, is a LEED® Platinum Home that incorporates passive and active solar technologies, a high-performance building envelope and our ductless systems. The homeowners particularly enjoy their ductless system’s filtration features. Check out what they had to say on Chicago’s WGNtv this week.

SmartHaus, Northbrook, Illinois, Photo from

SmartHaus, Northbrook, Illinois, Photo from

Uber Haus in Geneva, Illinois, is designed to meet some of the most rigorous residential green building standards in the world: Passive House, Living Building Challenge and LEEDv4 Platinum. The project is still under construction, but architect and builder duo Tom Basset-Dilley Architect and Evolutionary Home Builders have teamed up before with great results. For proof, check out the Lema Passive House in Chicago, where the two designed and built Chicago’s first Certified Passive House.

Uber Haus, Geneva, Illinois, Rendering from

Uber Haus, Geneva, Illinois, Rendering from

Tickets can be purchased on the GreenBuilt Home Tour website. An all-access pass for unlimited visits both days is $25.00. Single home passes are $10.00, with all proceeds going to support USGBC-Illinois Chapter initiatives. We hope to see you there!

Written by MitsubishiHVAC
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June 19, 2014, 3:37 pm

Mitsubishi Electric Gives Passive House Alliance Webinar

June 19

We’ve been longtime supporters of the sustainable building movement and are currently the only cooling and heating manufacturer to sponsor Passive House Alliance US (PHAUS).

Our work with the organization includes training sessions and industry education, and last week we had the opportunity to partner with PHAUS to deliver a webinar. Some 100 contractors, engineers, architects and other green building professionals logged in to listen to John Bart, our national sales support manager, who teamed up with John Semmelhack, a Certified Passive House Consultant and owner of Think Little building company, to deliver a presentation on incorporating HVAC into passive design.

The webinar, “Heat Pumps for Passive Houses: Installation Practices & Duct Design,” delivered step-by-step instructions on how to design and install heat pump systems to meet rigorous Passive House standards.

John Bart also discussed our LinkDrive tool, another invaluable resource for contractors and their customers looking for installation and operation guides.

To learn more about designing and installing heat pumps according to Passive House standards, please click here to purchase and download the informative webinar.

June 10, 2014, 11:01 am

Calling All Passive House Enthusiasts: Check Out Our Webinar Tomorrow!

June 10_Passive House Alliance WebinarWho: John Bart, the division’s national sales support manager; John Semmelhack, owner of Think Little and Certified Passive House Consultant
What: “Heat Pumps for Passive Houses: Installation Practices & Duct Design” Webinar
When: Wednesday, June 11 from 6 – 8 p.m. EDT

Passive House building – the world’s most stringent building energy standard in the world – continues to gain popularity in the U.S. Ducted and ductless heat pump systems are a common HVAC solution for Passive Houses because, unlike conventional HVAC options, they can efficiently operate in the very low load conditions that are present in a home built to Passive House standards. However, it is essential that the systems are specified and installed correctly to achieve the aggressive energy-efficiency requirements to earn certification.

In the webinar sponsored by Passive House Alliance-US (PHA-US), John Bart and John Semmelhack will coach Passive House enthusiasts on how to design and install heat pump systems in order to maximize the benefits and meet the rigorous standards.

Those tuning in will learn the fundamentals of:

  • Quality heat pump system installation.
  • Duct design for optimal energy efficiency.
  • Register selection and the impact on noise and comfort.
  • Accurate airflow commissioning to maximize system performance.

Mitsubishi Electric Cooling & Heating first joined PHA-US as a sponsor in 2012. Since then, we’ve extended our commitment and upgraded our sponsorship and continue to remain as the only cooling and heating manufacturer to sponsor the organization.

The webinar is open to both Passive House Alliance members and non-members. Click here to register and learn how you can get the most out of heat pump systems.

March 6, 2014, 3:26 pm

New Study Puts Green ROI to the Test

March 6_SBRA Home Energy Testing Image 2

Now, more than ever, it is important to distinguish which technologies will give homeowners and building owners the most bang for their buck. What energy saving benefits truly justify the costs of the products themselves?

To answer that question, we’ve signed on as a research sponsor along with the System Building Research Alliance (SBRA) and other manufacturers to conduct a year-long study on energy performance. Co-sponsored by the U.S. Department of Energy Building America Program and underwritten by Tennessee Valley Authority (TVA), the study will monitor the performance of three test manufactured homes – one that meets HUD thermal standards, an ENERGY STAR® home and the first manufactured DOE Challenge Home-certified home in the U.S.

The data will be incredibly valuable as it will paint a clear picture of the impact energy-efficient systems have on a home and the energy saving possibilities. This will, in turn, provide important insight into what efficiency improvements are worth investing in.

We’ll be sure to share our findings. In the meantime, click here for SBRA’s press release on the upcoming study.

January 2, 2014, 10:43 am

Residential Energy Guarantee: Equipping Green Builders with Evidence

1.214 blog image

Results from an independent study found that people are 70 percent more likely to purchase a home and 75 percent more likely to choose builder-suggested products if they had an energy guarantee. With that in mind, Bonded Builder Warranty Group launched a new Residential Energy Guarantee program that provides third-party verification of a home’s energy performance and savings – allowing builders to prove their construction’s energy efficiency without facing skepticism or doubt from their clients.

The Residential Energy Guarantee is based on the Home Energy Rating System (HERS) rating report projections on the total energy use of the home. As a testament to the validity of the program, Bonded Builders Warranty Group will pay a home buyer for any additional annual natural gas and electric costs that are over the HERS project for qualifying energy-efficient homes.

As an added incentive, Bonded Builders Warranty Group is offering a special discounted pricing for builders who partake in the Home Innovation Research Labs National Green Building Standard (NGBS) Green Certification Program. For participating builders, Bonded Builders Warranty Group will offer the guarantee at the same price that is usually only available for builders purchasing more than 100 guarantees per year, making energy-efficient construction more appealing and affordable for even the lowest-volume home builder.

To learn more about how both builders and home buyers can benefit from the Residential Energy Guarantee, read the article from BUILDER magazine here, and visit for energy-efficient HVAC products that’ll help secure the guarantee.

August 15, 2013, 2:57 pm

Project Profile: Miami University, Oxford, Ohio

Founded in 1809, Miami University of Ohio (Miami) is the 10th oldest public university in the country. When Miami decided to develop a plan to grow its campus and shrink energy costs, renovating its two oldest buildings, Elliott Hall and Stoddard Hall, became the top priority. Another aspect of the plan was to end on-campus coal burning by 2025, which sparked the search for a cooling and heating replacement for the two halls.

Doug Hammerle, director of energy systems at Miami, knew that a geothermal system was the way to go. Because temperatures underground in Ohio stay relatively constant over the year, the geothermal well fields remain at a steady temperature, maximizing energy savings.

When Hammerle presented the school’s plan to nearby Cincinnati distributor Habegger Corporation, Brian Isaacs, director of corporate sales at Habegger, immediately knew what system would be ideal for the halls. Having read that modular water-source systems were the industry’s most advanced technology to partner with existing geothermal loops, Isaacs recommended that the university install our water-source VRF zoning systems.

Our systems replaced the existing boiler/chiller system for the two buildings. Accessible mechanical rooms in the attic of each hall now house three heat pumps and a centralized controller. Custom wood cabinets encase the indoor units to preserve the historic architecture of the halls’ interiors. Most importantly, the new VRF zoning systems allowed for a 61 percent decrease in energy usage, making the two oldest buildings now the most energy-efficient on campus.

“Renovation of any historic building is a complex undertaking requiring a balance between the original architecture and modern building systems,” said Alec R. Carnes, senior principal at the project’s mechanical engineering firm, Heapy Engineering, Dayton, Ohio. “Mitsubishi Electric’s superior VRF engineering allowed us to preserve this historic architecture and control energy efficiency, two goals important to Miami University.”

To read the full case study, click here.

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