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Electric vehicles have little impact on pollutant emissions finds NC State study

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January 21, 2014 - A new study from North Carolina State University indicates that even a sharp increase in the use of electric drive passenger vehicles (EDVs, including hybrid, plug-in hybrid and battery electric vehicles) by 2050 would not significantly reduce emissions of high-profile air pollutants such as carbon dioxide,…
“We wanted to see how important EDVs may be over the next 40 years in terms of their ability to reduce emissions,” said Dr. Joseph DeCarolis, an assistant professor of civil, construction and environmental engineering at NC State and senior author of a paper on the new model. “We found that increasing the use of EDVs is not an effective way to produce large emissions reductions.”

The researchers ran 108 different scenarios in an energy systems model to determine the impact of EDV use on emissions between now and 2050. They found that, even if EDVs made up 42% of passenger vehicles in the U.S., there would be little or no reduction in the emission of key air pollutants.

“There are a number of reasons for this,” DeCarolis noted. “In part, it’s because some of the benefits of EDVs are wiped out by higher emissions from power plants. Another factor is that passenger vehicles make up a relatively small share of total emissions, limiting the potential impact of EDVs in the first place. For example, passenger vehicles make up only 20% of carbon dioxide emissions.”

From a policy standpoint, explained DeCarolis, the study indicates it makes more sense to set emissions reductions goals “rather than promoting specific vehicle technologies with the idea that they’ll solve the problem on their own”.

Energy deal with Siemens Canada to save Algonquin College $3.7M annually

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January 22, 2014 - A recently signed 20-year Energy Services Contract (ESCO) between Algonquin College in Ottawa, Ont., and Siemens Canada is estimated to create energy savings of $3.7 million per year once all phases are completed.

“It gives me great pleasure to sign this landmark agreement, which we believe to be an innovative guaranteed energy savings contract,” said Algonquin College president Kent MacDonald. “When we issued the request for proposals, we had a goal of making our Ottawa campus more energy and water efficient, reducing our greenhouse gas emissions, and creating new, sustainability-related applied research opportunities for our students. This project will do all this, and more.”

According to Robert Hardt, president and CEO of Siemens Canada, the two parties have been working together on various projects for the past 25 years.

“This contract will showcase how Siemens’ innovative and sustainable building technology solutions drive economical and ecological sustainability, while also furthering learning opportunities for Algonquin College students,” he continued.

Titled ESCO 2, this project is the second energy performance savings contract for Algonquin College and aims to examine renewable energy opportunities, power generation retrofits, and various other energy efficient renovations, it said. These upgrades will clear up as much as 50% of the college’s current deferred maintenance, and consolidate several mechanical rooms that are spread across many older buildings, it added.

Scotiabank EcoLiving Awards 2014 looking for home energy efficiency solutions

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Scotiabank EcoLiving Awards 2014 looking for home energy efficiency solutions
January 22, 2014 - Entering its 5th year, Scotiabank’s EcoLiving Awards program is inviting businesses, entrepreneurs and students from across the country to demonstrate new and innovative ways to make homes eco-friendly and energy-efficient. Submissions for the Canada-wide awards program are now being accepted until March 15.

“The Scotiabank EcoLiving Awards showcase outstanding leaders in home energy efficiency. If you have a great idea or solution, we want to hear from you,” said Kaz Flinn, Scotiabank’s vice president, Corporate Social Responsibility. “We know that Canadian homeowners are likely to consider making their home more energy efficient or environmentally friendly with renovations.”

The program recognizes winners in three categories:
• Business Leadership ($50,000) - a business or individual who is leading the way in home energy efficiency products, services or solutions. Focused primarily on executing a proven idea or program.
• Innovators ($15,000) - a business or individual demonstrating innovation in home energy efficient products, services and solutions. Focused on introducing exciting new ideas for products or programs.
• Student Leadership ($10,000) - a full-time college or university student who demonstrates promise for the future of home energy conservation.

CLICK HERE for a list of last year’s winners.

Jaga boasts extensive flexibility with new Freedom radiator

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Jaga boasts extensive flexibility with new Freedom radiator
January 22, 2014 - Jaga’s new Freedom radiator boasts a compact, contemporary design and efficiency comparable to units twice its size. Designed for small and sustainably constructed spaces, the unit received its name from its “extensive flexibility” and ability to be “integrated into any climate control dynamic”. Also suitable for…

SCC accredits AHRI to develop National Standards of Canada

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SCC accredits AHRI to develop National Standards of Canada
January 22, 2014 - The Standards Council of Canada (SCC) has announced that the Air-Conditioning, Heating, and Refrigeration Institute (AHRI) has been accredited by SCC to develop National Standards of Canada.

With offices located in Toronto, Ont., AHRI is a trade association that develops standards for—and certifies the performance of—a variety of these products.

“The accreditation of AHRI as a standards development organization (SDO) in Canada demonstrates SCC’s continued efforts to ensure more standardization solutions are available for use by government, industry, and consumer groups,” said John Walter, CEO of SCC.

AHRI has met SCC’s program requirements for the accreditation of SDOs. Since 2009, AHRI has been accredited by SCC in product, process and service certification in the subject areas of performance ratings and energy efficiency.

“The accreditation of AHRI as a Canadian SDO fulfills a long-sought goal of our organization and its 300+ member manufacturers, many of whom provide products and equipment to Canadian customers,” said Stephen Yurek, AHRI president and CEO. “It also helps fulfill our ultimate goal of complete standards and certification harmonization throughout North America.”

Onset UX120-006M logger promises 2X accuracy of previous models

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Onset UX120-006M logger promises 2X accuracy of previous models
January 22, 2014 - Onset has introduced its Hobo UX120-006M analogue logger with LCD display for building performance monitoring applications. Claiming to provide twice the accuracy of previous models, the unit supports up to four external sensors for measuring temperature, current and voltage data for use in energy audits, building…

White, green or black roofs? Berkeley Lab declares an economic winner

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White, green or black roofs? Berkeley Lab declares an economic winner
January 22, 2014 - Looking strictly at the economic costs and benefits of three different roof types—black, white and green (a.k.a. vegetated)—Lawrence Berkeley National Laboratory researchers have found in a new study that white roofs are the most cost-effective over a 50-year time span.
A new report, “Economic Comparison of White, Green, and Black Flat Roofs in the United States” by Julian Sproul, Benjamin Mandel and Arthur Rosenfeld of Berkeley Lab—along with Man Pun Wan of Nanyang Technological University in Singapore—provides a direct economic comparison of these three roof types.

“White roofs win based on the purely economic factors we included, and black roofs should be phased out,” said Rosenfeld.

The study analyzes 22 commercial flat roof projects in the States in which two or more roof types were considered. The researchers conducted a 50-year life cycle cost analysis, assuming a 20-year service life for white and black roofs, and a 40-year service life for green roofs.

PHOTO (at bottom): The costs and benefits difference stack that has the highest net present value shows the roof type that is most cost-effective. Parentheses around dollar values indicate negative values.

While the high installation cost of green roofs sets them back in economic terms, their environmental and amenity benefits may at least partially mitigate their financial burden. Rosenfeld acknowledges their economic analysis does not capture all of the benefits of a green roof. For example, rooftop gardens provide stormwater management, an appreciable benefit in cities with sewage overflow issues, while helping to cool the roof’s surface, as well as the air. Green roofs may also give building occupants the opportunity to enjoy green space where they live or work.

“We leave open the possibility that other factors may make green roofs more attractive or more beneficial options in certain scenarios,” said Mandel. “The relative costs and benefits do vary by circumstance.”

Unlike white roofs, though, green roofs do not offset climate change. White roofs are more reflective than green roofs, reflecting roughly three times more sunlight back into the atmosphere and, therefore, absorbing less sunlight at earth’s surface. By absorbing less sunlight than either green or black roofs, white roofs offset a portion of the warming effect from greenhouse gas emissions.

“Both white and green roofs do a good job at cooling the building and cooling the air in the city, but white roofs are three times more effective at countering climate change than green roofs,” said Rosenfeld.

The 50-year life cycle cost analysis found that even the most inexpensive kind of green roof (with no public access and consisting of only sedum, or prairie grass) costs $7 per square foot more than black roofs over 50 years, while white roofs save $2 per square foot compared to black roofs. In other words, white roofs cost $9 per square foot less than green roofs over 50 years, or $0.30 per square foot each year.

The researchers acknowledge that their data is “somewhat sparse” but contend their analysis is valuable in that it is the first to compare the economic costs and energy savings benefits of all three roof types.

“When we started the study it wasn’t obvious that white roofs would still be more cost-effective over the long run, taking into account the longer service time of a green roof,” Mandel said.

Furthermore, while the economic results are interesting, it also highlights the need to include factors such health and environment in a more comprehensive analysis. “We’ve recognized the limitations of an analysis that’s only economic,” Mandel said. “We would want to include these other factors in any future study.”

Black roofs, note the researchers, pose a major health risk in cities that see high temperatures in the summer. “In Chicago’s July 1995 heat wave, a major risk factor in mortality was living on the top floor of a building with a black roof,” said Rosenfeld.

For that reason, he believes this latest study points out the importance of government policymaking. “White doesn’t win out over black by that much in economic terms, so government has a role to ban or phase out the use of black or dark roofs, at least in warm climates, because they pose a large negative health risk,” he said.

GE LightGrid control system monitors energy use of street lights

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GE LightGrid control system monitors energy use of street lights
January 28, 2014 - Featuring the technology of GE Lighting’s central management software, the new LightGrid outdoor wireless control system reports energy usage and other operational data of street lights to a central database. A web-based interface linked to the lighting controls allows authorized users and owners to remotely visualize…

Inefficient lighting phase-out in Canada... simply put

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Inefficient lighting phase-out in Canada... simply put
January 29, 2014 - New standards affecting the importation or interprovincial shipment of bulbs used in general service applications have now come into effect. The standards affect 75- and 100-watt bulbs manufactured on or after January 1, 2014, and 40- and 60-watt bulbs manufactured on or after December 31, 2014.
The standards are designed to remove an inefficient 100-year-old technology from the marketplace while ensuring that viable, cost-effective and environmentally-sensitive lighting technologies of all types are available for sale. These new standards are implemented under the federal Canadian Energy Efficiency Regulations. They do not have any effect on bulbs currently in use.

Background
In December of 2008, as part of its effort to reduce energy consumption and greenhouse gas emissions, the Government of Canada amended the Energy Efficiency Regulations to implement standards that phase-out inefficient light bulbs.

The standard for lighting efficiency is a performance or technology neutral standard. It does not prescribe any particular light source technology and is set at a minimum performance level that ensures a wide array of choices will be available to Canadians once it comes into effect. The standards apply to medium screw-base, A-shape incandescent bulbs.

A revision to the 2008 minimum energy performance standards (MEPS) for general service light bulbs was proposed on October 4, 2013. This amendment to the regulations provides greater choice for Canadians and reduces costs for industry through better alignment with U.S. standards. These changes mean that, in addition to compact fluorescent light bulbs and light-emitting diodes or LEDs, Canadians can purchase an incandescent halogen light bulb that looks and performs like a traditional incandescent but that uses 28% less energy.

The United States and a number of other countries are either developing or have already implemented similar standards for the elimination of the least-efficient light bulbs from their markets.

Current status
Consumers will have a variety of energy-efficient lighting options to select from when shopping for light bulbs. The lighting industry is working diligently to develop more energy-efficient light bulbs, and the next few years will bring further developments. Retailers can offer consumers a variety of technologies, such as LED, fluorescent and halogen incandescent, in all shapes and sizes, light outputs and colour temperatures.

Jonathan Farkouh is manager, member programs with the Retail Council of Canada.

Aboriginal communities! Apply now for 2014 saveONenergy program

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Aboriginal communities! Apply now for 2014 saveONenergy program
January 29, 2014 - Applications are now being accepted for the second year of the saveONenergy Aboriginal Conservation Program, as announced today by the Ontario Power Authority (OPA) and First Nations Engineering Services.

The program provides customized electricity conservation services designed to help First Nation communities, including remote and northern communities, reduce their electricity use in residential housing, institutional and commercial buildings.

In the first year of the program, 12 First Nation communities, including two remote communities, were selected to implement conservation measures to meet their energy needs.

“The first year of the program has gone very well,” said Colin Andersen, OPA CEO. “We hope First Nation communities across the province will take the opportunity to apply for the second year of the program, as we continue to work closely with First Nations and Métis communities on conservation and energy efficiency.”

Sixteen communities will be selected to participate from the applications received. Applications will be accepted until February 26, 2014.

Residents in participating communities will have an opportunity to work with a certified energy auditor, who will recommend electricity-saving measures based on an assessment of their homes. These measures could include:

• Energy Star CFL light bulbs
• smart power bars
• hot water tank wrap and pipe insulation
• efficient showerheads and faucet aerators
• block heater timers, programmable thermostats
• attic, wall and/or basement insulation

“The Aboriginal Conservation Program has provided our community members with knowledge and tools for efficient energy consumption in our homes,” said Bertha K. Sutherland, associate executive director, Moose Cree First Nation. “It has also created awareness on how to save on energy costs as well as contribute to the protection of our environment.”

Eligible businesses and facilities can receive assessments for their lighting and water-heating systems as part of the program, up to $1500 in energy-efficient lighting and equipment upgrades, and gain access to further incentives.

Philips InstantFit LED T8 uses 40% less energy

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Philips InstantFit LED T8 uses 40% less energy
January 29, 2014 - Royal Philips says its new InstantFit LED T8 tube lamps use up to 40% less energy compared to linear fluorescent tube lighting and require less maintenance due to their long lifetime. Installers can replace fluorescents tubes within seconds, says Philips, as the electronic design is compatible…

Manage Venstar ColorTouch thermostats over Wi-Fi

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Manage Venstar ColorTouch thermostats over Wi-Fi
January 29, 2014 - Venstar, a thermostat and energy management systems supplier, has updated its Skyport Cloud Services mobility app for its ColorTouch residential and commercial colour touchscreen programmable thermostats. Users can now create accounts over Wi-Fi and control their thermostats remotely with the Apple iPhone, iTouch, iPad or BlackBerry…

Jesco Lighting designs energy savings calculator

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Jesco Lighting designs energy savings calculator
January 30, 2014 - Jesco Lighting has developed an energy savings calculator to help lighting designers, architects, facilities specialists and electrical contractors project how much they or their clients save annually by installing Jesco LED downlights or retrofit fixtures. To access and view the online energy savings calculator, go to…

New barcode strategy aims to kill utility bill ignorance

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New barcode strategy aims to kill utility bill ignorance
January 30, 2014 - 360 Energy Inc.—a Canadian player in the energy management services industry—says it is taking steps to form a not-for-profit organization that will “transform utility customer billing in Canada”—the Utility Data BarCode Association.
360 Energy believes customers have problems understanding utility bills, which keeps them from improving their energy efficiency and energy procurement practices.

By promoting, developing and using a “common, open-format barcode for utility bills”, the association aims to “revolutionize how customers and their associated utilities communicate and manage monthly electricity, natural gas and water consumption, and cost information”.

“A universal, open-source barcode will help Canadian customers and utilities better capture and communicate energy and water use on utility bills,” says 360 Energy. “Customers will find it easier to responsibly manage their consumption once they have better knowledge of the information embedded in the barcodes.”

“We knew there was an appetite for this solution, but we were taken aback by the enthusiasm for it,” said 360’s CEO and president David Arkell of the response to this idea EUCI Utility Billing Conference in Toronto earlier this month. “We realized immediately we needed to pull everyone together and make it viable for a rollout across the country.”

Arkell says he has issued invitations to major energy users, utilities, software/application developers, energy services providers and governments to join in forming the Utility Data BarCode Association. He expects the new group will be underway by the end of April.

“Governments have to understand that every Canadian company, institution and individual is an energy consumer. It will be a ‘game changer’ if we can create, on every utility bill in Canada, a way for customers to better understand how they use energy. Improving every Canadian’s understanding of their energy use is strategically important to Canada if we want to better manage it in our country,” Arkell concluded.

For more information about the Utility Data BarCode Association (UDBA), visit the website at udbca.org or contact 360 Energy’s Julie Kee at info@360energy.net or (877) 431-0332.

Dent Instruments and Setra partner for joint development

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January 31, 2014 - Dent Instruments, a designer and manufacturer of power and energy measurement instruments, has announced its joint development agreement with Setra Systems, a provider of sensors and display monitors for HVAC and building automation systems.

The two parties plan to collaborate on a series of joint development projects that will expand the market and help customers address the challenges of energy management.

“Setra is excited to work with Dent to develop innovative solutions which help our customers reduce their energy consumption and become more efficient,” said David Carr, Setra general manager. “Roughly 65% of the world’s energy is consumed in buildings, so this is a great opportunity to leverage each company’s strengths to provide solutions to energy management issues of today and tomorrow.”

“We are pleased to be working with Setra to develop state-of-the-art instrumentation that meets the energy measurement and management needs of our customers,” added Christopher Dent, president of Dent Instruments. “Setra is a global leader in building sensor technology with a dominant position in the industry. We intend to leverage the technical strengths of both our respective companies to deliver new products that are both innovative and cost-effective.”

ONE month left to apply for CIPEC Leadership Awards 2014

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February 3, 2014 - There is only one month left to submit nominations for the CIPEC Leadership Awards, which honour CIPEC (Canadian Industry Program for Energy Conservation) companies that have distinguished themselves in their work to improve energy efficiency and reduce greenhouse gas emissions.

Industrial companies, students and graduates that have completed an energy efficiency project or initiative between June 1, 2011 and March 3, 2014, are now eligible to apply for the award. The deadline for applying is March 3.

The awards include:

Corporate Stewardship Award– recognizes companies that promote energy efficiency at the corporate level, such as the creation and engagement of an energy management team, the development of a corporate energy management plan or policy, or the implementation of a formalized management system.
Process and Technology Improvement Award– recognizes companies that reduce energy intensity in an industrial process by improving procedures and equipment such as refrigeration or compressed air systems.
Energy Performance Management Award– recognizes companies that improve their energy performance through enhancements to their monitoring, measuring and reporting processes relating to facility- or company-wide energy consumption.
Employee Awareness and Training Award– recognizes companies that raise employee awareness and understanding of energy efficiency and promote best practices through knowledge exchange.
Integrated Energy Efficiency Strategy Award– recognizes companies that improve energy efficiency at a facility- or company-wide level through a range of initiatives as a result of an integrated strategy.
Future Leaders Award– recognizes individuals who are studying or who have recently graduated and have completed a project (theoretical or applied) that advances industrial energy efficiency in Canada.

All nominated energy efficiency projects or initiatives will be evaluated by a panel of judges against the following criteria:

• Energy performance
• Innovation
• Potential for broad application
• Environmental contribution

To be considered for an award, facilities or companies must be registered with Natural Resources Canada as a CIPEC Leader. Future Leaders Award nominees must be energy-related practitioners who are either enrolled in an academic institution or have recently graduated (up to five years) and who have completed research or a project pertaining to energy efficiency in the industrial sector.

For more information, contact the CIPEC
Fax: 613-992-3161
E-mail: info.ind@nrcan-rncan.gc.ca

COLUMN - Collaborating Mobile and Leveraging the Cloud

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COLUMN - Collaborating Mobile and Leveraging the Cloud
February 4, 2014 - Mobile Collaboration that leverages the power of the cloud, coupled with Bring Your Own Device “BYOD” is our newest do all power tool. Often in the presence of our legacy laptops we still reach for this handy mobile tool that seems to carry out our wishes…

As I speak to my phone my words for this editorial are clouded and converted to virtual text. An option exists to convert this text to any other language. Voice commands allow many common functions to be requested and carried out in a device cloud collaboration. Very powerful stuff that evolves daily!

I just returned from a very successful cold and snowy AHRExpo 2014, New York which according to Show organizer International Exposition Company, a total of over 61,000 attendees (42,991 visitors and 18,219 exhibitor personnel) registered. Everyone was focusing on collaboration with all the available evolving technologies. The event itself highlighted the importance of the mobility piece. The ability to easily navigate the AHRExpo show and ASHRAE meeting with two separate apps on your phone was a clear demonstration that our collaborated capabilities need to be mobile anywhere anytime. The correct balance of what was on the cloud server and what was on your device became very apparent.

Mobile Collaboration with everything is building faster, stronger, cell and Wi-Fi networks. In most buildings, campus, cities; etc. we are seldom without one or the other and for most of the time we have both and even several flavours of each. We expect this.

Since these wireless networks are designed for peak traffic times, they like our electrical grid, have amazing spare capacity during off peak. If we view data as a utility, which we should, opportunities exist to utilize this resource off peak capacity to move our data at low cost without increasing infrastructure by adding physical wires.

In this article, Mobile Network Operators (MNO) & Building Automation, Therese Sullivan of www.buildingcontext.me noted:

Carriers have pushed into new businesses like cellular M2M (machine-to-machine) networking services, in part to compensate for the business revenue they've lost to Internet companies providing instant messaging and voice-over-internet protocol (VOIP) calling for free. The business case in M2M for the MNO is easy to make: they might only be able to charge pennies per connection for an M2M deployment—compared to an Average Revenue Per Connection of up to $50 for person-to-person—but, the high volume of connections and low bandwidth requirements justify their costs in maintaining the back-end system for application development partners. That’s how it has worked in the industrial verticals the MNOs have targeted thus far like utilities, transportation, automotive and consumer electronics. Building automation is next.

Followed by this:

A game changing product that exemplifies such a partnership is Intellastar’s portal services and the InferStack IoT software suite bundled with a family of Intellastar platforms. Debuting at last month’s AHR Conference in New York City, Intellastar (formally SMARTCom) is offering remote commissioning and monitoring of a BAS system based on competitively priced data plans that leverage the global M2M cellular networks of partners like Verizon Wireless and Vodafone. The InferStack IoT software suite is designed to monitor and control heating, ventilating and air conditioning (HVAC), energy, lighting, video security, fire, and other functions, for a single building or a whole campus/enterprise. Intellastar’s VPN portal service allows its customers to host their own VPN for real-time management of their cellular resources (modems and data plans). Intellastar also provides flexible plans where a typical systems integrator can roll multiple years of cellular coverage into a single payment to make budgeting for projects simpler to quote.

The use of cell networks was a growing trend on the exhibit floor, but I sense our understanding of this powerful resource is well behind our faint grasp and underachievement of implementation of smart electrical grid. Almost every exhibit showed how the products or service could interact with Mobile Collaboration.

Our Education sessions in New York were well attended and the Collaboration in our Connected Community meeting was amazing. I was extremely impressed with the clarity and conciseness of all our thought leaders and the fact that very quickly the audience got involved in providing questions and interactions. I was very pleased that we quickly achieved the intended spirit of collaboration.

The folks from Controltrends videoed the complete session, a truly amazing production, thank you Controltrends. Be sure to read our review of this meeting and watch the video.

The power of mobile builds on how easy we can populate the cloud and this article provides insight to how easy that can be A Cloud Data Collection Platform for All by Rav Panchalingam of Bitpool.

Some people just want the burger, without the fries and fancy toy.

I believe Marc Petock hit the head on the nail in his last article for January 2014 edition. Buzz words like ‘cloud’, ‘big data’, and ‘infographics’ has opened the floodgates for a swarm of new software into the Energy Management space, many of which market themselves well, but don’t quite meet the target of completing the circle and adding value back to the end-user. 2014 will be the year the mist begins to fade and we’ll begin to more distinctly recognise products in the market that do more than just stimulate your interest based on hype and pretty charts. They should actually, quantifiably, save you money on running your building.

Here are a few of my own observations of what’s happening in the industry right now:

• The software geeks (and I can say that because I am one) are on an all-time high coming off the news of recent Google acquisition of Nest. This means more and more silicon valley startups on a quest to ‘change the world of thermal comfort’ but don’t know what a chiller is

• The automation guys are getting concerned and, let’s face it, providing pushback to the idea of things being taken out of the scope of their control. Do they need to learn HTML5 before they can program the central plant?

• The automation companies are hiring software development teams in India to ensure they don’t get left behind, and of course the more programmers you throw at a software project the better it will be, right.

• The IT guys see an even greater opportunity to be a pain-in-the-butt to everyone by slowing things down or not allowing things to happen at all. They’re loving it!

• The management teams are slowly becoming amenable to the fact that the billion dollar ‘cloud’ data centre is more secure than the USB hard drive inside the plant room.

Connecting commercial buildings into the cloud is still something which must be championed by ambitious and technically savvy people who are acting in the interest of the building owner—mainly consultants or switched-on real estate managers, who have a good grasp of what they want to use the software tools for. There are definitely some very good software packages in the market right now, but they are selling themselves as exactly that, a one-size-fits-all package. Once you buy in, you’re seemingly locked in, which is ironic since the software world is supposed to be all about freedom of choice.

As we leverage and populate the cloud we need to clearly understand who owns the data.  It is quite reasonable for the data to be in several cloud camps but we need simple access in an extremely mobile manner. Any web service provider that holds us hostage for data is problematic.

***
Ken Sinclair is the publisher of AutomatedBuildings.com and can be reached at sinclair@automatedbuildings.com.

Direct Energy helps Albertans reduce energy bills with Nest Learning thermostat

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Direct Energy helps Albertans reduce energy bills with Nest Learning thermostat
February 4, 2014 - Direct Energy says it is the first Canadian energy company to offer the Nest Learning thermostat to Albertans who sign up for an energy plan. To launch this partnership, Direct Energy is offering new customers a Nest learning thermostat when they sign up for the 5-year…

Boasting savings of up to 20% on heating and cooling bills, the Nest Learning thermostat “learns” a homeowner’s temperature behaviours to create a custom schedule for the home, and turns itself down when homeowners are away. It also promises to take local weather into account when making temperature adjustments. Users can monitor and adjust the device remotely by mobile device, tablet and computer.

“With regulated natural gas and electricity rates being so volatile, we’re giving Albertans the ability to take greater control of their home heating and cooling systems and providing them with one of the best energy plans in the province,” said Tanis Kozak, vice president and general manager, Canada Residential, Direct Energy. “The Nest Learning thermostat is an innovative product that could allow new Direct Energy customers to see significant savings on their energy bills while enjoying the benefits of a competitive gas and electric energy plan.”

The utility calls the 5-year plan and Nest thermostat package an “industry-leading offer”, as customers pay a flexible natural gas price with a winter cap and an electricity price that is fixed for the five-year term of the contract.

“Direct Energy is a progressive energy company that clearly understands the value that Nest provides,” said Erik Charlton, Nest vice president of Business. “The 5-Year Comfort and Control Dual Fuel plan, which comes with a Nest Learning thermostat, is a great example of Direct Energy’s commitment to helping customers use energy wisely.”

Cooper’s McGraw-Edison TopTier luminaire promises 76% energy savings

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Cooper’s McGraw-Edison TopTier luminaire promises 76% energy savings
February 5, 2014 - Eaton’s Cooper Lighting has introduced the McGraw-Edison TopTier parking garage and canopy luminaire, which boasts maximum energy savings of up to 76% annually when compared to traditional high intensity discharge. Incorporating WaveStream LED technology, the optical system claims to maximize the amount of light injected into…

Dialight Vigilant LED high bay achieves 125 LPW efficiency

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Dialight Vigilant LED high bay achieves 125 LPW efficiency
February 5, 2014 - Dialight says its new Vigilant LED high bay luminaire has achieved 125 lumens per watt (LPW) efficiency, while delivering energy savings of up to 25%. Designed for use in indoor and outdoor applications, the 100-277vAC luminaire ships standard with 6kV surge protection and is IP66/NEMA4X rated…
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