Posts tagged ‘VRF’

March 21, 2017, 9:00 am

How VRF Addresses Educational Facilities’ IAQ Challenges

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As VRF has continued to innovate and improve, it has evolved from being a good solution for educational facilities to the solution. Read more in our K-12 Educational Facilities White Paper.

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March 9, 2017, 9:00 am

Project Profile: The Covenant School

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The Covenant School was founded 30 years ago in Charlottesville, Virginia. The lower school, for students in pre-K through 6th grade, is located in a 65,000-square-foot historic brick building dating back to 1935. With almost 300 students, faculty and staff members, the school needs to operate seamlessly so when the old boiler system started to fail, it needed to find a new heating system as soon as possible. The Covenant School selected our Variable Refrigerant Flow (VRF) technology to answer that need, providing zone control, air filtration and the added bonus of cooling.

To find a suitable system, the school called in Jay Taggart, school board member and the President of W.E. Brown, Charlottesville – the project’s installing contractor. Taggart compared two systems – a water-based chiller and VRF – and made a recommendation to the school. He said, “Everyone agreed that ductwork couldn’t happen, and we were worried the roof couldn’t handle the weight of a chiller, so we came in with a CITY MULTI® solution. With CITY MULTI, there wouldn’t be nearly as much equipment on the roof as a water-based solution, making VRF significantly lighter. Also, CITY MULTI offered simultaneous heating and cooling in a real way because of the heat recovery, and a more detailed level of zoning. And because refrigerant piping is smaller than water piping, VRF offered a more compact solution.”

Installation proceeded during the summer while the students were away, ensuring an easy process for the project team and school. Since the completion of the project, the school has seen improvement in comfort and health. Taggart said, “This is the first time the building has ever been fully air conditioned or had air filtration, so the air quality has gone up drastically. Many teachers say they’ve noticed an impact on their health: fewer allergies and colds.”

Between the improved indoor air quality and increase in control, The Covenant School can now offer a comfortable learning environment for its students and teachers year-round. To read more about The Covenant School, check out the case study here.

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February 14, 2017, 9:00 am

Happy Valentine’s Day!

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February 9, 2017, 9:00 am

Make Renovations During Occupancy a Breeze With VRF

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February 7, 2017, 9:00 am

Project Profile: R.J. Reynolds Building

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Photos provided by Comfort Supply, Inc.

For 80 years, the historic R.J. Reynolds Building in Winston-Salem, North Carolina, served as the corporate headquarters for The R.J. Reynolds Tobacco Company, a subsidary of Reynolds America, Inc. In 2009, when Reynolds America relocated offices, the building went up for sale. But in 2014, the building gained new owners. PMC Property Group, Philadelphia, and Kimpton Hotels & Restaurant Group, San Francisco, purchased the building with the plan to offer a boutqiue hotel and luxury apartments to visitors and/or future residents of Winston-Salem.

A challenge of the Reynolds Building’s restoration was replacing the outdated HVAC system with a modern, energy-efficient system that could meet the building’s needs. The building needed an unobtrusive and whisper-quiet system while providing tenants with individual control. The mechanical contractor on the job, First State Mechanical, Boothwyn, Pennsylvania, knew Mitsubishi Electric Variable Refrigerant Flow (VRF) technology was the only solution because of its flexibility in design and installation, and because it would not cause any damage to the building’s architecture.

With technical assistance from Comfort Supply, Inc., Pittsburgh, the project team easily installed 84 outdoor units and 425 indoor units, providing the building with a maximum capacity of 5.8 million Btus. In addition to the mechanical equipment, the Reynolds Building was also outfitted with superior controls to keep its tenants comfortable year-round. For the hotel side, specifically, the building system operators have front-end control of the entire building’s HVAC system by using our Diamond Controls™. However, nearly all rooms within the apartments and hotel utilize SmartME Remote Controllers, which allows the building to conserve energy.

Through the renovation, the Reynolds Building has been given new purpose, serving as one of the greatest places to stay or live in Winston-Salem. Once again, our VRF has proven itself to be an effective cooling and heating solution in historic renovations.

To learn more about the Reynolds Building restoration, read the case study provided by Comfort Supply, Inc. here.

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January 24, 2017, 9:00 am

Now Available ‒ K-12 Educational Facilities White Paper

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It’s the start of a new year which means school is back in session. That means it’s perfect timing to read our latest white paper, which discusses how to face HVAC challenges that may affect in K-12 educational facilities. Often HVAC challenges in the educational environment involve occupant comfort and air control. Other concerns to K-12 educational facilities, though, include: stringent air quality requirements (especially pertaining to ventilation), the need for low noise levels, a variety of comfort needs to meet a variety of spaces and occupants, and a preference for simple maintenance.

Our white paper explains why Variable Refrigerant Flow (VRF) zoning technology is a smart solution for these challenges. It highlights how VRF offers industry-leading efficiencies, integration with ventilation systems, advanced filtration systems, whisper-quiet operation and year-round performance. This white paper explains to readers how solutions are possible with VRF and addresses any misconceptions about the technology.

Click here to read the entire K-12 Educational Facilities white paper.

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January 10, 2017, 9:00 am

Designing Multifamily Buildings With VRF

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If you would like to learn more ways to maximize square footage and occupant comfort, check out our Architect newsletter and white paper.

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December 27, 2016, 9:00 am

Project Profile: Bicycle Hotel

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The Bicycle Hotel & Casino is a popular gaming destination in Los Angeles with a newly added high-end boutique hotel. When the project team began searching for an HVAC system for the hotel, they knew exactly what they were looking for: a quiet system that could deliver superior performance in a 24-hour facility. They knew our Variable Refrigerant Flow (VRF) would meet their criteria.

Doug Lee, architect, Lee & Sakahara Architects, Irvine, California, was familiar with our VRF technology from previous installations. In addition to its quiet operation, our technology also offered fewer branch controllers – meaning fewer ceiling access panels – and a two-pipe system, helping to save on material and labor costs.

Even before completion, the system was receiving positive feedback. VRF’s small footprint and flexibility allowed a quick installation in a bustling location that never shuts down. “We wanted a system that would help facilitate and speed up that construction. We had the system installed in 50 days,” said Lee.

Most importantly, the system’s quiet operation leaves hotel guests in a comfortable, peaceful environment. It has even contributed to the hotel and casino earning recognitions like CALGreen and SoCal Edison certifications!

To learn more about the quiet and versatile HVAC system in Bicycle Hotel & Casino, read the full case study here.

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December 1, 2016, 9:00 am

Project Profile: David Whitney Building

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In recent years, there has been an effort in Detroit to restore the city’s historic downtown area. This rehabilitation included the David Whitney Building (David Whitney), which sat vacant for 15 years prior to its recent renovation. The mixed-use building now offers luxury residences, the Aloft Detroit at the David Whitney (Aloft), a restaurant and a bar.

A challenging, yet essential component of the David Whitney’s restoration, was selecting an HVAC system that could meet the 100-year-old building’s needs. The new system needed to serve the large space without disrupting any of its historic charm.

During the planning stages, developer Vince Dattilo, vice president of construction and project management, Roxbury Group, Detroit, and his team were concerned with the high cost and feasibility of running ductwork. Variable Refrigerant Flow (VRF) technology was appealing for its avoidance of this issue, as well as its impressive efficiency and reliability. Energy modeling supported VRF as the best option: Going with VRF would bring the original $6.8 million estimate for a forced-air system down to $5 million.

The project team selected VRF from Mitsubishi Electric. In addition to solving the need for low utility costs, Mitsubishi Electric’s indoor units’ clean design contributed to maintaining the building’s architectural integrity. Further, both guests and employees of Aloft appreciate the system’s high level of consistency and ability to provide personalized comfort in each individual room. Scott Mondock, Aloft’s director of engineering, called Mitsubishi Electric VRF “probably one of the best systems I’ve ever had a chance to work with.”

To learn more about how the David Whitney restoration has served as a catalyst for continued city of Detroit restoration, read the case study here.

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November 23, 2016, 9:00 am

Be Sure to Sign Up for Our December Webinar!

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Registration is now open for our free, hour-long webinar, “Advances in VRF Technology: Satisfy Cold Climate and Other Application Challenges”!

On Thursday, December 8, 2 p.m. – 3 p.m. EST, Architectural Record will host the webinar. Presenters will include our own Kevin Miskewicz, LEED® Green Associate and director, commercial marketing; and Greg Hosselbarth, CEM, LEED AP BD+C, regional manager, commercial. Attendees will learn how advanced heating technology and Variable Refrigerant Flow (VRF) are an impressive combination in cold-weather climates.

Topics include:

  • New technology advancements that enable VRF to be the sole heat source
  • Why many designers use VRF to earn LEED points
  • What happens when a facility must guarantee its occupants’ comfort
  • Why VRF is here to stay

Click here to register for the webinar.

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