Product Review: Mike Welch and The Niagara Dali Lighting Solution


CNSMike Welch of Control Network Solutions is excited about DALI’s future, literally, and not just about DALI’s integration of low-hanging light-fruit, but the future-proof solutions DALI offers building owners. Mike’s article “How to Avoid Stranded Investments in Intelligent Buildings” explains in great detail, that DALI is a converged solution and as changes are made within the building space, control over the DALI lighting remains absolute.

Also, many of the market headwinds and barriers are diminishing as the pricing of DALI components are normalizing in the North American markets. There are fewer risks and more instances of successful large-scale deployments. Control Network Solutions offers Niagara AX integrators a certified partner program and the additional expertise to navigate past the lighting market’s history and the lighting specification split between the mechanical and electrical sections. Incorporating EnOcean technology into the existing DALI product platform and tools will only enhance and accelerate deployments.

Wattstopper Introduces New HBP-100 Series High/Low Bay Sensors — 40′ Range!

wattstopper4Wattstopper is pleased to announce the launch of WattStopper’s competitively priced next generation High/Low Bay Passive Infrared Occupancy Sensors that offer an exclusive ladder-free configuration and maintenance option. This game-changing functionality delivers significant labor savings when coupled with fixture-integrated sensors mounted at up to 40 feet! Product features include: * Preinstalled universal lens for mounting heights from 15 to 40 feet; * Test button to confirm operation as soon as wiring is connected; * Selectable Fail-on or Fail-off parameter to meet codes and qualify for rebates. The new sensors, with the exception of the HBP-SM1 surface mount module, are in stock now. The surface mount module will be available later this summer from your local distributor!

Catalog # Description
HBP-111-L7 High/low bay PIR sensor with IR remote capability
HBP-112-L7 High/low bay PIR sensor, no remote capability
HBP-EM1 High/Low-Bay Extender Module
HBP-SM1 High/low bay surface mount module
HBP-L7 Spare L7 lens for HBP-111 or HBP-112
FSIR-100 Remote handheld configuration tool

Best Regards,

Carlos Villalobos
Director Product Marketing, WattStopper
408.806.1621
Carlos.Villalobos@WattStopper.com
www.wattstopper.com

ControlTrends Catches Up with WattStopper Legrand’s Pete Horton at 2014 Summit

Pete HortonWattStopper Legrand’s Pete Horton shares his excitement about Niagara 4.0 and the Titan JACE, and how they will become important tools for WattStopper LeGrande’s integrated solutions. Pete shares how WattStopper has evolved from the sensing industry into the systems integration business, and the recent 2.5 million square feet Dallas hospital project involving over 500,000 configurable variables. The AIC Wireless acquisition gives WattSopper Legrand BACnet wireless trunking and Sedona wireless capabilities for indoor and outdoor lighting applications and projects of every size. Go to www.wattstopper.com or call 1-800-852-2778 for more information for more ideas and solutions.

Rob Allen’s 7 Minutes of Control: Lighting it Up with Blue Ridge Technologies Pt.1

In this episode Rob Allen and Michael Bonner talk to Blue Ridge Technologies and get the 411 on how to do better lighting control. Unified Lighting Control completes the BAS, incorporating lighting and HVAC controls on the same network. This network consolidation eliminates surplus hardware required for stand-alone and gateway lighting control. As a result, installation and maintenance costs decrease while simple and complete building control increases energy savings. This approach provides more savings for less cost.

Controlco Partners with Control Network Solutions to Bring Innovation to Lighting Controls

dali_cloudIndustry leaders add Big Data capabilities to NiagaraAX® platform. OAKLAND, March, 2014 – Lighting controls demand increasingly more attention from building managers across the globe. In California alone at the end of 2013, the state’s Department of Energy updated its Building Energy Efficiency Program with a lighting requirement that demands multi-level lighting controls (at least three to four levels), putting strain on existing systems that aren’t able to integrate at this volume.

To address the difficulties that building managers face in the wake of changes to the lighting industry, Controlco, an Oakland-based distribution and systems integrator, has partnered with the UK’s Control Network Solutions to offer their revolutionary elitedali™ software to customers in the United States and beyond.

Elitedali™, a driver for NiagaraAX® that has been disrupting the market since it arrived four years ago, integrates light fixture data directly into the Niagara framework for Big-Data-style analysis. Since each lighting fixture in a building may have within it at least 40 data and command points, there are many opportunities for data mining that have traditionally been outside the reach of Niagara. The elitedali™ driver enables NiagaraAX® to control, maintain, manage and visualize massive numbers of DALI® (Digital Addressable Lighting Interface, a global IEC standard for intelligent light fixture communication) light fixtures and reduce the time required to replace light systems and monitor energy usage.

global_dali“DALI is the only global standard enabling the control of lighting according to occupancy and daylight while managing maintenance requirements,” Mike Welch, managing director for Control Network Solutions, says. “The contrast with the combination of elitedali™ and the NiagaraAX® framework is that it provides the most vendor-independent solution available today. It also simplifies the infrastructure for accessing lighting data and control.”

“Integrating elitedali™ into our customer offerings was a natural step for us,” Brian Turner, president of Controlco, says. “We’ve long been known for developing problem-solving drivers on the NiagaraAX® platform. As we’ve been watching the lighting industry become more complicated, it made sense to combine our engineering and implementation expertise with CNS’s innovative and truly market-disrupting driver.”

By harnessing the power of data visualization, the ubiquity of cloud computing and opening up what was once limited and proprietary, elitedali™ gives building managers access to detailed information on their lighting usage. With the combination of hands-on expertise from Controlco engineers, integration into existing systems is seamless.

About Controlco: Controlco delivers leading-edge automation and control solutions, products and services that improve business performance and peace-of-mind for commercial and industrial building operators. With state-of-the-art software and industry leading products as well as a full suite of value-added services, Controlco offers total solutions all energy management needs.

About Control Network Solutions: Based just 45 minutes from London, UK, CNS is a Niagara AX® Developer, Tridium and Honeywell Partner. It has a successful track record of creating both client specific and off the shelf web based solutions to the SMART buildings control environment world. They are based upon open standards network communication protocols and compatible with the “Internet of Things” (IoT) and demands for “big data” cloud based analytics. Control Network Solutions has developed a suite of products for the Framework including elitedali™ for lighting, and cns-enocean™ for wireless/battery-less switches, sensors and actuators.

More on Wireless Lighting Controls — Viable Options from WattStopper, By Brian Turner

Brian-Turner-Thumb. After posting our recent article “Limits and Possibilities of Wireless Technologies,” our business partner over at WattStopper, Bryan Pike, got in touch with some concerns. They’ve been making wireless BULIT® (Basic Utility Light Intelligent Transceiver) controllers specifically for outside parking lot installations for a few years now, and we’ve been selling them with some success.BulitApp

There’s obviously a transition happening in the industry, where these new technologies are cropping up and while we’re fans of innovation, we always want to be sure that we’re cautious of fads. But this BULIT® controller is no passing trend. It works to solve real problems in parking lot lighting management as well as provide true cost savings for end users.

Bulit!“As with any wireless communication, including your cell phone,” Pike explained, “there are times where you have intermittent communication. The advantage of our products is that they contain the logic. This small device on top of a light pole is actually a self-contained, fully programmable controller and sub-meter capable of functioning with or without direct communication over the wireless network.”

Since reliability in parking lots is such a concern, this is of utmost importance.

In hard-wired systems, there is no way to provide energy management solutions unless you go in and break these circuits up. But with WattStopper’s wireless BULIT®, there is no need to install time clocks on every light, run cable or trench concrete. They just plug into a standard photocell receptacle and provide feedback, wirelessly, to the JACE. While the JACE is responsible for communicating to the device itself, the BULIT® contains all of the advanced scheduling and current-monitoring for themselves.

On a recent project in upstate New York, Pike and his team at WatStopper installed 187 of these BULIT® controllers on individual parking lot lights. By providing this level of advanced scheduling, the team was able to give the customer more energy management by allowing them to bring their lights on in stages, staggering the execution of lighting commands to save on energy use. Once a week, WattStopper publishes a new schedule for the BULIT® and then they’re done with communication to the JACE. The only time it needs to communicate with the front-end again is when it needs to report a status or if an issue comes along, like a bulb outage or security problem.

“This is the way any parking lot lighting controls should work,” Pike explained. “You’re not relying on a constant RF communication to turn these lights on and off. And it addresses any lighting safety issues.”

In a recent independent study by OnWorld, it was found that by 2017, 6.3 million outdoor wireless lighting controls like the BULIT® will be installed. So why the transition?

“There’s no other way to do it,” says Pike. “Your last major energy load that goes uncontrolled in any commercial space is lighting, especially outdoor lighting because there is just no way to intelligently control it. Right now, you have a circuit in a parking lot coming back to a local photocell or time clock that contains information and publishes it to all the lights at the same time.” And that’s not reliable or sustainable.

To further illustrate the importance of lighting controls, Pike and I walked through a current example of a project we’re bidding on to install the BULIT® solution. The customer has 320 lights for which they pay $0.14 per kilowatt hour. The bulb wattage is 1,000 and the average burn time per year per light is 4,380. That gives brings their total cost for lighting each year to $235,000.

Walking through the basic control algorithm for lighting controls, we found that there is a large opportunity for savings on just slight lighting adjustments made possible by the BULIT® controller. We estimated a cost per node at $220 for 320 lights. Add a database front-end cost of $22,000 and another $20,000 for labor. By just providing a 45-minute off-set for the light run time, the customer would have a 2.3 year payback. Then, let’s say we wanted to turn off half of the lights for 5 hours each night. When you do that, the return drops to 1.1 years with an annual savings of $97,227. So have slightly more than one year, there is more than $97,000 back in the operating budget. These are substantial opportunities.

So while we initially wanted to advocate for caution in this new wireless world order, we didn’t want to pass up the opportunity to explain that there are some real viable solutions available now. And we’re happy to talk with you about them if you have any questions. Contact us Controlco.

Why LED Lighting Might Not Be Your Best Choice: Mike Welch Explains

Thanks again to our friend Mike Welch, from Control Network Solutions UK, for how outstanding thoughts and insights on lighting,lighting control and how to have a smarter building.
CNS is a Niagara AX® Developer, Tridium and Honeywell Partner. It has a successful track record of creating both client specific and off the shelf web based solutions to the SMART buildings control environment world. They are based upon open standards network communication protocols and compatible with the “Internet of Things” (IoT) and demands for “big data” cloud based analytics.

CNS is the creator of the world’s first web DALI intelligent lighting control solution called elitedali™ and EnOcean Ethernet wireless/batteryless device network solution called CNS-Enocean™.

Limits and Possibilities of Wireless Technologies

Exploring this trend with a critical eye

Wireless Technologies: Limits

In this new digital age, wireless technologies can’t help but sound sexy. Where would you be now if you had to plug your computer into an Ethernet cord every time you wanted to watch a movie on Netflix? But while there are extremely useful consumer applications for wireless technologies, building automation systems are not always one of them.

Before even touching a wireless controller, a designer/installer should understand the benefits and still consider the negative possibilities of using the technology in any application, but particularly a lighting application. Working with wireless technologies requires a very specific working knowledge and understanding of the limits of such technologies like distance, obstructions, and installation. With these limitations come increased costs as work-arounds frequently become necessary and project timelines get extended.

Lighting can be very tricky, because there are certain places where you just can’t risk a lighting application not working properly, like in a parking lot – the liability is too great. A less prickly place to start might be with HVAC units for wireless technologies (but you still have to consider the aspects of the building structure that might interfere with, and thereby limit, the signal strength).

Despite these limitations, we do see more and more clients asking about wireless solutions. This is good because as the user becomes more aware of the technology, the manufacturer will continue improving the product. And we’ll keep gathering experiences with all the new technologies to provide real hands-on expertise to clients [Read more...]

WattStopper Introduces Their NEW Wireless RF Occupancy Sensors & Switches

WattStopper_logo WattStopper is pleased to announce the launch of their new Wireless RF Occupancy Sensors and Switches, available individually or in kits. The following marketing tools and resources are available: Flyer, WattStopper.com, and Press Release.

EOKT-101 & -102 Wireless RF Sensor Kits (white only)
EOPC-100 Wireless RF PIR Occupancy Sensor
EOSW-100 Series RF Wall Switches
EORS-100 Series Self-powered RF Remote Switches
EOHR-100 Series Self-powered RD Handheld Remotes

Product features include:
• Factory configured for out-of-box code compliance
• Save more time using kits – each kit includes a factory paired sensor and single- or dual-relay switch
• Ideal for historic buildings, spaces with hard ceilings, and buildings where running wire is difficult

Installer kits and wireless sensors are in stock now, along with switches and remotes in white and ivory. Switches and remotes in light almond, grey, and black will be available in March, 2014.

Best regards and good selling.

Carlos Villalobos
Director Product Marketing
WattStopper
408.806.1621
Carlos.Villalobos@WattStopper.com
www.wattstopper.com

DOE Municipal Solid-State Street Lighting Consortium, Must-Watch LA Lights Video

Basic RGB The DOE Municipal Solid-State Street Lighting Consortium shares technical information and experiences related to LED street and area lighting demonstrations and serves as an objective resource for evaluating new products on the market intended for those applications. Cities, power providers, and others who invest in street and area lighting are invited to join the Consortium and share their experiences. The goal is to build a repository of valuable field experience and data that will significantly accelerate the learning curve for buying and implementing high-quality, energy-efficient LED lighting. Consortium members are part of an international knowledge base and peer group, receive updates on Consortium tools and resources, receive the Consortium E-Newsletter, and help steer the work of the Consortium by participating on a committee. Learn more about the Consortium.

Lessons from Leading-Edge Projects: Watch this video to learn how the City of Los Angeles installed more than 141,000 LED streetlights – cutting energy use by 63% and saving the city $7 million a year in electricity costs. For more details on LED street lighting programs in small, medium, and large cities, view the Member Case Study webinar, or check out The Light Post archives.

Financing Guidance for LED Street Lighting Programs: Financing an LED street lighting replacement program still presents a hurdle for many system owners, even when the planned transition offers favorable economics. A new section of the Municipal Solid-State Street Lighting Consortium website provides an introduction to the various financing models and tools that are becoming available, case studies of municipalities that have used those tools, and links to resources that offer additional information.