For more information about Sensor Switch Inc., visit www.sensorswitch.com.
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High bay lighting controls represent a significant opportunity to cut overall energy consumption. Learn more about how they can increase energy savings and reduce wasted energy consumption by downloading a free whitepaper, High Bay Occupancy Sensors: Delivering Energy Savings and Fast Return on Investment, from Sensor Switch free here (PDF).
For more information about Sensor Switch Inc., visit www.sensorswitch.com. Leviton has been named among Building Operating Management magazine’s top products of the year for the company’s SectorFlex Intelligent Digital Lighting Control System. There were 560 products submitted and the winners were chosen by the building and facility management executives that subscribe to the magazine, ensuring 100 percent reader selection. The SectorFlex products will be featured in the January 2012 issue of Building Operating Management (BOM) as a Top Products Award Winner.
Leviton’s SectorFlex Intelligent Digital Lighting Control System combines several energy saving technologies – scheduling, occupancy sensing, daylight harvesting and dimming – into one conveniently integrated system. This topology-free system uses the same wiring type for all Sector components and accessories, making it one of the easiest lighting control systems to install. To further simplify installation, all components are on a single bus, with accessories connected to the network. The Sector family of products provides a scalable solution that offers maximum flexibility and maximum coverage in any application – from a single room to a campus of buildings. The SectorFlex Intelligent Digital Lighting Control System is part of Leviton’s integrated energy management offering, which includes Leviton occupancy sensors, daylight harvesting systems, self-powered energy harvesting wireless lighting controls, commercial grade submeters, programmable relay control and dimmers, and architectural lighting control systems for building-wide lighting management. For more information about Leviton Manufacturing Co., Inc., visit www.leviton.com. Encelium Publishes Whitepaper on How Addressable Dimming Controls Can Help Projects Earn LEED Points Implementation of a proper control system for lighting can be critical for a building to earn LEED certification, as energy performance is the largest driver of the points needed to qualify. It is also important to note that more accurate monitoring and control of energy-intensive systems like HVAC and lighting help keep energy costs in check. The use of addressable dimming lighting controls, in particular, can help a building achieve points toward LEED certification, according to OSRAM SYLVANIA Encelium, which has published a free whitepaper, Obtaining LEED Points with Addressable Dimming Controls, on its website for free download here (PDF).
For more information about Encelium Technologies, visit www.encelium.com. For more information about OSRAM Sylvania, visit www.sylvania.com. OSRAM SYLVANIA has announced availability of new QUICKTRONIC HELIOS controllable compact fluorescent ballasts that offer continuous dimming down to very low light levels of 3%. These multi-lamp ballasts for DULUX CF lamps operate one and/or two 13, 18, or 26 watt lamps or one 32 or 42 watt lamp.
QUICKTRONIC HELIOS ballasts include OSRAM SYLVANIA’s PROStart, programmed rapid start, and QUICKSENSE end-of-lamp life sensing features. A dual-mount function provides mounting flexibility and color coded connectors deliver easy installation. The ballasts are RoHS compliant, featuring lead-free solder and when paired with SYLVANIA DULUX lamps, the system is covered by the QUICK 60+ System Warranty of up to 24 months on the lamps and 60 months on the ballasts. For more information about OSRAM Sylvania, visit www.sylvania.com. Just as the US Department of Energy (DOE) recognized ANSI/ASHRAE/IESNA Standard 90.1-2010 as the national energy standard, WattStopper launched a new CodeSmart publication designed to guide lighting and building professionals through the intricacies of the many lighting control requirements that debuted in this newest version of the code. The informative booklet available for free download (PDF), Discover lighting control solutions: Energy code compliance, also compares and contrasts multiple versions of today’s most widely adopted building energy codes: ASHRAE 90.1-2004, 2007 and 2010; IECC 2006, 2009 and 2012; and California Title 24-2008, and recommends code compliant control solutions.
This new publication is the latest addition to WattStopper’s well known CodeSmart initiative, and examines requirements for both indoor and outdoor lighting controls. The Code Compliance Guide section is designed as an easy-to-follow table with line by line comparisons of code requirements for performance in different space types and applications. Control Solution sections include best practice recommendations for major control mandates that are designed to meet code while also maximizing return on investment (ROI). Each solution includes a sample floorplan illustrating lighting, room layout and controls as well as a typical equipment list. Finally, the brochure examines tax saving opportunities available by exceeding code requirements as allowed under the Energy Policy Act of 2005 (EPAct), which has been extended through 2013. Get it here. For more information about WattStopper, visit www.wattstopper.com. For controllability and energy savings in frequently switched applications, Universal Lighting Technologies has introduced the new ULTim8 Programmed Start Series of T8 linear fluorescent ballasts, designed to simplify compliance with legislative and code requirements that call for controllable lighting technologies such as occupancy sensors.
Featuring parallel lamp operation and ultra fast start times (<700 milliseconds), the new ULTim8 Programmed Start Series is engineered to reduce maintenance costs and extend lamp life in applications where lamps are being turned on and off throughout the day, whether manually or via lighting controls. In addition, these ballasts are part of the NEMA Premium Electronic Ballast Program that identifies the most energy-efficient T8 fluorescent ballasts on the market today. This new addition to the ULTim8 High Efficiency ballast family includes 2-, 3-, and 4-lamp models with both 0.88 (HE) and 0.71(EL) ballast factor options available. Click here to download the product brochure (PDF). For more information about Universal Lighting Technologies, visit www.unvlt.com. Although the national economic recovery is now two and a half years old, construction spending has continued to contract. A multitude of factors prevented a recovery for this beleaguered industry in 2011. Lenders that have been extremely reticent to finance construction projects, budget shortfalls at all levels of government, the ripple effect of overbuilding, depletion of Federal Stimulus funds, a depressed housing market and rising costs of key construction commodities all contributed to a decline in spending in 2011 for nonresidential construction projects.
In June 2011, the American Institute of Architects (AIA) semi-annual Consensus Construction Forecast, a survey of the nation’s leading construction forecasters, projected a 5.6% decrease in nonresidential construction spending in 2011 from 2010, followed by a significant rebound with a projected 6.4% increase in spending in 2012. A weaker than expected economy led to a revision of this forecast in January 2012, with the Consensus Construction Forecast projecting 2.1% growth in nonresidential construction spending in 2012 and 6.4% in 2013. In short, a modest recovery in 2012. “This past recession, steeper than any other post-war downturn, also has produced one of the weakest recoveries in recent memory,” said AIA Chief Economist Kermit Baker, PhD, Hon. AIA. “The consensus is that we’re not likely to see marked improvement in the growth of our economy during year three of this recovery.” The Conference Board, the economic organization that produces the Consumer Confidence Index and other economic indices, forecast 1.8% growth for the U.S. economy in 2011, 1.8% in 2012, and 2.2% in 2013. “Several segments of construction appear to be climbing out of a hole,” noted Associated General Contractors of America’s Chief Economist Ken Simonson, but cautioned that public construction segments faced stiff spending cuts in 2012. Baker identified four major factors inhibiting demand in the nonresidential construction market: 1. Lingering financial crisis in key European economies, which could throw the U.S. economy back into recession He also noted several upsides: 1. Corporate profits are strong, resulting in an increase in capital spending
Source: AIA Consensus Construction Forecast, calculated as an average of all forecasts provided by the panelists that submit forecasts for each of the above building categories: McGraw-Hill Construction, IHS-Global Insight, Moody’s Economy.com, FMI, Reed’s Construction Data and Associated Builders and Contractors. This construction outlook reviews the year’s top line construction numbers, shows where leading construction and electrical industry indicators are trending, and provides a summary of the latest AIA Consensus Construction Forecast for 2011. Construction spending trends
Residential construction spending is projected at $247.5 billion for the year, about the same as 2010. Nonresidential construction spending is projected at $543.2 billion, a 2.1% decline from 2010. While public nonresidential construction spending is projected to decline 2.8% in 2011 to $285 billion as Federal Stimulus funds continue to dry up, private nonresidential construction spending is projected to remain about the same.
Looking at the top five nonresidential building construction markets, all were projected to decline in 2011 with the exception for the commercial building market: • Office spending: projected $34.5 billion, 8% below 2010’s $38 billion
AIA Architecture Billings Index The ABI is derived from a monthly “work on the boards” survey of hundreds of firms. A score above 50 indicates firms overall are reporting an increase in billing activity, which is suggestive of market expansion. In December 2011, the ABI was 52, the same as November, again reflecting an overall increase in demand for design services. The monthly new projects inquiry index, meanwhile, was 64, down just one point from 65 the previous month. “We saw nearly identical conditions in November and December of 2010 only to see momentum sputter and billings fall into negative territory as we moved through 2011, so it’s too early to be sure that we are in a full recovery mode,” said Baker. “Nevertheless, this is very good news for the design and construction industry, and it’s entirely possible conditions will slowly continue to improve as the year progresses.”
NAHB/Wells Fargo Housing Market Index Derived from a monthly survey that NAHB has been conducting for more than 20 years, the HMI gauges builder perceptions of current single-family home sales and sales expectations for the next six months as “good,” “fair” or “poor.” Throughout 2011, the HMI remained well below the 50-point threshold suggesting business conditions favorable to positive sales growth. However, the HMI began to trend upward starting in October. The year ended with a score of 21, a much more optimistic finish to the year than 2010. Then in January 2012, builder confidence increased for a fourth consecutive month, rising four points to 25, the highest the index has achieved since June 2007. “Builders are seeing greater interest among potential buyers as employment and consumer confidence slowly improve in a growing number of markets, and this has helped to move the confidence gauge up from near-historic lows in the first half of 2011,” said NAHB Chief Economist David Crowe. “That said, caution remains the word of the day as many builders continue to voice concerns about potential clients being unable to qualify for an affordable mortgage, appraisals coming through below construction cost, and the continuing flow of foreclosed properties hitting the market.”
NEMA Electroindustry Business Confidence Index The EBCI for current North American conditions slipped to 52 in December 2011 from 56 in November, but nonetheless cleared the 50-point market above which more panelists than not saw an improved business environment. Confidence in future conditions, meanwhile, climbed 10 points to a seven-month high of 70, its highest level since May 2011, affirming that expectations for the business environment six months from now remain positive.
The Lighting Control Innovation Award was created in 2011 as part of the Illuminating Engineering Society’s Illumination Awards program, which recognizes professionalism, ingenuity and originality in lighting design. LCA is proud to sponsor the Lighting Control Innovation Award, which recognizes projects that exemplify the effective use of lighting controls in nonresidential applications. In this award’s first year, eight projects were recognized with an Award of Merit, with one further recognized with a Special Citation Award.
This month, we will explore how designers tackled the challenges of upgrading the lighting and controls at a historic cathedral, the First Congregational Church of Los Angeles. This project won an Award of Merit. Photography by Anthony Masters Photography. Lighting control design by First Circle Design, LLC. Control product used: Unison Paradigm control system by Electronic Theatre Controls, Inc.
Upgrading the lighting and controls for this historic cathedral presented complex challenges. The existing sanctuary lighting control required manual switching at the breakers. The control systems needed to support the function of an active environment and also provide a dynamic event capacity via simplistic interfaces. Existing conditions offered no lighting control infrastructure, restricted electrical capacity, and limited conduit locations.
Multiple control locations, asynchronous recall of presets, and auto-preset settings for different times of day/days of the week were control requirements for Services. Holidays required an array of predetermined presets, triggered via a push-button. Finally, the system had to be capable of being controlled by an external theatrical console for events. Wireless data distribution conserved infrastructural penetrations, while a new dimming system provides independent area lighting for Services. A wall-mounted control interface offers Entry presets and a wireless interface manages multiple-location scene selection during Services. A DMX port for an external theatrical console completes the system. Standard operations run via astronomical time-clock. Entry presets trigger Day, Night, and After Hours scenes.
An access code at the interfaces grants access to further extensive preprogrammed scenes. These can be selected and custom-configured without external programming.
A password protected interface button releases control for theatrical productions.
The architecture and utilization of the Sanctuary determined zoning, providing multiple ‘zones’ for both small and large-scale controllability.
Control zones designated as follows: ‘Pulpit’, ‘Deacon’, ‘Choir’, ‘Reredos’, ‘Balcony’, ‘Gallery’, ‘Rose Window’, and ‘Congregation’.
To allow for specific needs of a speaker/signer, all key-lighting is individually controlled via virtual slider on the touch-screen.
The control system was designed to provide automated operational triggers and any-time, live-event flexibility, with minimal infrastructural impact. Utilizing wireless DMX in conjunction with LED technology
Designing LED replacement lamps that are compatible with residential dimmers is complex given the diversity in product performance, creating a challenge for manufacturers to design lamps compatibel with a wide range of dimmers. On behalf of ASSIST, the Lighting Research Center investigated dimming performance of a range of LED replacement lamps, CFLs and incandescent lamps and residential dimmers, focusing on min/max light output along the dimming range as well as in-rush and repetitive peak currents. LRC reported: “In general, it was found that a lamp’s performance with one dimmer does not predict its performance with another, and that the dimming profile of a single incandescent lamp can vary considerably from one dimmer to the next.” Click here to see the results of the LRC’s investigation. The Illuminating Engineering Society has opened submissions for the 2012 Illumination Awards, including the Lighting Controls Association-sponsored Lighting Control Innovation Award. This award recognizes the exemplary use of lighting controls in nonresidential building projects.
To learn more about the Lighting Controls Innovation Award and how to submit a project, click here. The deadline is February 13, 2012. In 2011, eight projects were recognized with an Lighting Control Innovation Award of Merit and one received an Special Citation Award. |
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