The First Facility Management Blog


September 25th, 2009

EPA Awards For Small Biz And Congregations

The U.S. Environmental Protection Agency (EPA) has recognized 11 small businesses and congregations for their efforts to reduce energy consumption and increase energy efficiency. Through the use of energy management practices and efficiency solutions in their buildings, these organizations reduced annual greenhouse gas emissions equivalent to those from the average electricity use of more than 1,000 homes, while saving nearly $900,000 annually on their energy bills.

The 2009 Energy Star Small Business and Congregations Award winners used tools and resources provided by EPA to develop their plans and measure and track their accomplishments.

The 2009 Energy Star Small Business and Congregation Award winners are:

Small Businesses

* Elephants Delicatessen (Portland, OR)
According to Anne Weaver, CEO of Elephants Deli, the business uses ENERGY STAR qualified products when the life span of existing equipment expires. In the kitchen, refrigerators, freezers, and ovens have all been replaced with ENERGY STAR qualified products. New gas convection ovens and a high efficiency freezer were purchased with help from Energy Trust of Oregon.

Weaver admits that like most small business, a sweeping replacement of everything is virtually impossible. “Where we cannot replace we have made efforts to conserve,” she sais. “We have annual scheduled maintenance, we’ve examined our cooking practices and close-the-door practices and eliminated stand-by times on equipment.” Weaver’s list goes on: adding night curtains to display cases, recharging low refrigerant, checking and setting defrost cycles, installing strip curtains in walk-ins, keeping equipment as clean as possible, fixing leaks of all kinds, and even hiring a handy man to assist them in everything from fixing leaks to improving efficiency across the board.

* Finger Lakes Institute at Hobart and William Smith Colleges (Geneva, NY)

* MAINTCO Corporation (Burbank, CA)

* Old Town Trolley Tours (San Diego, CA)

* Preston Hood Chevrolet (Fort Walton Beach, FL)

* RCC Associates (Deerfield Beach, FL)

* South Coast Mold, Inc. (Irvine, CA)

To read more about each winner, visit www.energystar.gov/SmallBizAwards.

Congregations

* First Baptist Church of Springdale and Shiloh Christian School (Springdale, AR)
James Maxwell, energy manager at the congregation, said, “The most significant things we did were to monitor our usage patterns and become aware of how to better use energy, and train both staff and members on how they could contribute to our energy savings effort. “Our energy-saving program so far is based mainly on awareness and attention to details,” Just 14 months since the First Baptist Church of Springdale (FBCS) and Shiloh Christian School (SCS) began an energy-saving program they have saved nearly $250,000 without any major overhaul or replacement of equipment.

* First Baptist Church of Dallas, Texas (Dallas, TX)

* Idlewild Baptist Church (Lutz, FL)
Efforts included Tony Pasley, director of facilities, and Robert Wilson, a member of the building management team, launching a program that was both attentive and aggressive to monitor and curb energy consumption. Quarterly meetings are held with utility providers to understand load profiles and usage. This data is used to set priorities and systematically work on areas to reduce consumption. A full mechanical maintenance contract was signed to cover chiller repair, but also to provide preventative maintenance for the facility’s three chillers.

* Swarthmore Presbyterian Church (Swarthmore, PA)

To read more about each winner, visit www.energystar.gov/CongregationAwards.

LABELS EPA, Energy and The Environment, Facility Managers, The_Environment, congregations, small-business No Comments »

September 4th, 2009

Houston Airport Receives Grant, Will Tackle Emissions

Mayor Bill White and the Houston Airport System (HAS) announced on August 25 that the City of Houston Department of Aviation has received $8.8 million in grants from the Federal Aviation Administration (FAA) to install new state-of-the-art equipment at George Bush Intercontinental Airport (IAH) that is expected to reduce emissions by up to 60%.

The two grants awarded through the FAA’s Airport Improvement Program (AIP) will allow for the purchase and installation of new solar panels, heaters, and chillers in the airport’s central operating plant which controls the air conditioning and heating in all five airport terminals. These upgrades will replace the gas powered steam generation system currently used in the facility.

“This meets two of our major goals as we continue to improve our airport system—operating more efficiently, and with significantly reduced emissions,” said Mayor White. “These benefits don’t stop at the end of the runways.”

One of the grants is a $5 million contribution from the FAA’s Voluntary Airport Low Emission (VALE) program, a nationally competitive initiative designed to reduce airport ground emissions at commercial service airports located in regions of the country with higher than normal pollution levels, according to the U.S. Environmental Protection Agency (EPA). The project allows airports to use grants to finance low emission vehicles, refueling and recharging stations, gate electrification, and other airport air quality improvements. Currently the entire Sedan/SUV fleet at HAS is composed of hybrids; more than half were purchased with VALE grants.

“We have presented some very unique ideas to the FAA and we’ve already worked closely and successfully with them on eight other green projects,” said Eric Potts interim director of aviation for the city of Houston. Potts also added that, “this project will allow IAH to significantly shrink its environmental footprint and that is good news for all of us.”

To date, only nine airport operators in the U.S. have received VALE grants, and the most recent grant to IAH is among the largest ever issued. In order to expedite the project the system will be designed and built to order, beginning in 2010 and is scheduled for completion in 2011.

LABELS Airport, Energy and The Environment, FAA, HVAC, The_Environment, grants, solar_panels No Comments »

June 18th, 2009

Twenty-Three Recognized For Energy Work

Johnson Controls, Inc. and the United States Energy Association (USEA) have selected Alliance to Save Energy President Kateri Callahan and several current and past Alliance Board members as inductees to their new Energy Efficiency Hall of Fame.

In addition to Callahan, the 23 inaugural inductees also include Alliance Board Co-Chair James E. Rogers, chairman, president and CEO of Duke Energy; Board member Thomas R. Kuhn, president of the Edison Electric Institute; Board Honorary Vice-Chair Sen. Byron Dorgan (D-N.D.); and former Board chair Timothy Wirth, president of the U.N. Foundation.

The induction took place earlier this week June 15 at the Newseum in Washington D.C., as a prelude to the 20th Annual Energy Efficiency Forum.

Inductees were selected for demonstrating ongoing leadership on energy efficiency, making it a significant part of their careers, having an impact beyond their own organizations, attaining recognition in the energy efficiency field, and advancing the mission of the Energy Efficiency Forum: “To be the premier forum that promotes an energy efficiency ethic through the presentation of national and worldwide views on energy efficiency and the resulting impact on the environment, national security and economic growth.”

“I am tremendously honored to be among the first members of the Energy Efficiency Forum Hall of Fame,” said Callahan. “I also take great pride in the fact that several current and former members of the Alliance Board are sharing this honor with me.

“Like the Forum itself, the Alliance brings together government, business, and nonprofit leaders who are committed to advancing energy efficiency as the quickest, cheapest, cleanest way to extend our nation’s energy supplies and address our nation’s energy challenges,” Callahan continued. “And while our nation has made great strides already in the few decades since the Alliance’s 1977 founding, there is still vast potential yet to be unleashed. So the Alliance staff and Board look forward to having a continuing impact on lowering our nation’s energy use and shrinking our carbon footprint in the years and decades ahead.”

“This honor is a fitting recognition of Kateri’s tireless efforts to make energy efficiency a national priority,” said Rogers of Duke Energy. “Her passion is to see that energy producers and consumers finally obtain the right incentives to use energy efficiency as a resource to meet future energy demand and to tackle climate change. Her leadership and work come at the right time for our industry and our nation, and I am proud to serve with her.”

“Energy conservation remains at the forefront of our nation’s challenges, and Kateri, along with the Alliance to Save Energy, is playing a major role in piecing together solutions for efficiency,” commented Sen. Mark Pryor (D-Ark.), honorary co-chair of the Alliance Board of Directors. “I am proud to see these individuals recognized for their expertise and commitment, and I know they will continue to move full-speed ahead to advance new initiatives for a more secure future.”

Profiles of the inductees, listed below, can be found at www.eeforum.net.

  • Spencer Abraham, former U.S. Secretary of Energy
  • Kateri Callahan, president, Alliance to Save Energy
  • Eileen Claussen, president, Pew Center on Global Climate Change and Strategies for the Global Environment
  • Douglas Decker, founder, Energy Efficiency Forum
  • Byron Dorgan, U.S. Senator, North Dakota
  • Christine Ervin, former president, U.S. Green Building Council
  • Thomas Friedman, Pulitzer Prize-winning author and New York Times Columnist
  • David Garman, former Under Secretary of Energy
  • John Gibbons, first director, U.S. Office of Energy Conservation
  • Mark Ginsberg, former director, Federal Energy Management Program
  • Kathleen Hogan, director, Climate Protection Partnerships Division. U.S. Environmental Protection Agency
  • Alexander “Andy” Karsner, former Assistant Secretary for Energy Efficiency and Renewable Energy
  • Thomas Kuhn, president, Edison Electric Institute
  • Tom Leppert, former CEO of Turner Construction; mayor of Dallas
  • Greg Nichols, mayor of Seattle
  • Hazel O’Leary, former U.S. Secretary of Energy; president, Fisk University
  • Edward Rendell, governor of Pennsylvania
  • Dan Reicher, former Assistant Secretary for Energy Efficiency and Renewable Energy; director, Climate Change and Energy Initiatives, Google.org.
  • James Rogers, chairman, president and chief executive officer, Duke Energy
  • Philip Sharp, former U.S. Congressman, Indiana; president, Resources for the Future
  • Branko Terzic, former Federal Energy Regulatory Commissioner; regulatory policy leader - energy & resources, Deloitte Services LP
  • Christine Whitman, former Governor of New Jersey, former EPA Administrator
  • Timothy Wirth, former U.S. Senator, Colorado; president, United Nations Foundation

After this year, new inductees will be considered every five years, according to Johnson Controls and the U.S. Energy Association.

LABELS Awards, Energy Efficiency Forum, Energy and The Environment Comments Off

May 26th, 2009

On-Site Energy At Higher Ed Campus

American DG Energy Inc., an on-site utility, is supplying clean energy to Stevens Institute of Technology in Hoboken, NJ.  Stevens is receiving a portion of its energy from an on-site 75 kW combined heat and power (CHP) system and a 200 ton natural gas engine driven chiller, which are owned and operated by American DG Energy. The value of the energy of these two projects over the term of the agreements is estimated at $8.3 million.

Stevens Institute of Technology in Hoboken, NJ is reducing its energy costs with on-site generation.

Stevens Institute of Technology in Hoboken, NJ is reducing its energy costs with on-site generation.

American DG Energy produces clean energy in the form of electricity, space heating, and cooling at Stevens’ Schaefer Center. Stevens pays only for the energy it uses and avoids all capital installation and operating costs. The electricity and space heating is produced with small-scale CHP equipment; cooling is provided by a natural gas engine driven chiller that was recently installed. Although this energy equipment is located in the building, it is installed, owned, and operated by American DG Energy. Since the company will handle all service, maintenance, and repair, Stevens will not need any manpower to support the equipment.

As a top-notch engineering and science school, Stevens Institute of Technology is committed to providing educational programs addressing global issues, such as sustainability. As such, the Institute has installed alternative energy systems on campus to both reduce its carbon footprint and benefit the students learning about these clean energy technologies. The clean energy systems operating on campus function as a “live laboratory” which is beneficial for students studying green engineering. Financing clean energy systems, however, can be difficult.

“Capital is always tight in an institutional setting,” stated Mark Byrd, HVAC manager at Stevens Institute of Technology. “When we searched for companies who would finance, install, operate, and execute a power purchasing agreement for CHP and chillers, we found only one.  Only American DG Energy was able to meet all our needs.”

The CHP system, which has been running since early February 2009, has already had a positive economic impact, both in energy savings and in bringing in new students. “We’re already saving money,” said Norman Forster, director of physical plant at Stevens Institute of Technology. “But even more beneficial than the energy savings is the impact on the institution’s marketability to prospective students.” Forster continued, “Having sustainable energy systems on campus for students to learn from, gives Stevens a competitive advantage when trying to attract new students.”

Stevens has signed an agreement to purchase additional cooling and combined heat and power exclusively from American DG Energy. Under the terms of the agreement, Stevens has granted the utility access to its entire campus to evaluate and determine which remaining buildings may be a good fit for additional energy efficient CHP and chiller systems.

LABELS American DG Energy, Energy and The Environment, higher ed No Comments »

April 8th, 2009

New York City Icon Goes Greener

Earlier this week, a more than $500 million building upgrade program for the Empire State Building was announced. Serving as a test case and model for energy efficiency upgrades in large, existing buildings, this project involves several environmental consulting, non-profit, design, and construction partners—including the Clinton Climate Initiative, Rocky Mountain Institute, Johnson Controls Inc., and Jones Lang LaSalle.

The program now underway at this New York City architectural icon uses a comprehensive approach that integrates multiple steps and measures to use energy more productively. With integration as a key, the program is expected to reduce energy consumption by up to 38% percent and will provide a replicable model for similar projects. Building systems work is slated to be completed by the end of 2010, with the balance of the work in tenant spaces planned for completion by the end of 2013. (Work scheduled to be complete within 18 months will result in over 50% of the projected energy savings. The balance will be an additional 36 months completed by 2013.)

Original construction of the Empire State Building was completed in 1931.

Original construction of the Empire State Building was completed in 1931.

The parties involved spent eight months in the “project definition process” during which time the team analyzed the steps to be taken in conjunction with other steps towards sustainability as part of the Empire State ReBuilding program. The process was also evaluated within the framework of the U.S. Green Building Council LEED rating system. (Internal calculations show that the Empire State Building will be able to qualify for Gold certification for LEED for Existing Buildings, and the ownership intends to pursue such certification.) Additionally, the building is expected to achieve an ENERGY STAR score of 90, placing it in the top 10% of efficiency for Class A buildings.

Jones Lang LaSalle is serving as program manager of the collaborative team under the direction of Anthony E. Malkin of Empire State Building Company to develop the first comprehensive approach to model steps for the reduction of energy consumption, and to share details of the process to create a replicable model for energy projects in buildings around the world. With an initial estimated project cost of $20 million, additional savings and redirection of expenditures originally planned in the building’s upgrade program, and additional alternative spending in tenant installations, the Empire State Building will save $4.4 million in annual energy savings costs, repay its net extra cost in about three years, and cut its overall carbon output.

An Integrated Retrofit Approach
The project partners used existing and newly created modeling, measurement, and projection tools in a repeatable process to analyze the Empire State Building and establish a full understanding of its energy use as well as its functional efficiencies and deficiencies. This provided actionable recommendations along a cost-benefit curve to increase efficiency and without harming bottom line performance.

Clay Nesler, vice president of global energy and sustainability, Johnson Controls Inc., shared with TFM the collaboration that occurred during the eight month project definition process:

We had the benefit of diverse views and expertise in energy efficiency and sustainability. The team committed early on to take an integrated design approach and to view the project from an entire systems approach, meaning not just looking for specific improvement measures such as lighting or air conditioning but at the building as a whole. In doing that we went through a very rigorous exercise of identifying every potential improvement (there were over 60) that could be accomplished through existing technology. We then computed the theoretical minimum energy that the Empire State Building could consume; if we implemented everything how little energy could the building actually consume?

Now, we knew that would not be a very economical solution, since some of the technologies, while currently available, are very expensive. So we then simulated a number of [retrofit] scenarios. For instance, we simulated insulating the windows and putting insulation behind the radiators, which reduced the cooling load. Therefore, we sized a cooling plant, which would just meet the new reduced loads and found that instead of replacing chillers or expanding them we could actually refurbish and renovate the chillers. That saved tremendous capital costs.

Next, we analyzed in two dimensions—from a financial return on investment (ROI) perspective, as well as environmental benefit through the reduction of carbon. We found that the economic optimum—the solutions which provided the best net present value over the term of the [performance] contract—actually left a lot of carbon on the table. And that it was half as deep of an energy reduction as [would be achieved by] making a slight additional [financial] investment. So we ended up with a solution that for a very nominal additional cost resulted in very deep energy efficiency—38% reduction for the building as a whole.

A total of eight improvements were identified—if we wanted maximize the ROI, we would have pursued three or four of them. However, by doing an additional four improvement measures, there was very little effect on the financial return, yet a significant impact on additional energy reduction.

The eight key initiatives being implemented are:

  1. Window Light Retrofit: Refurbishment of approximately 6,500 thermopane glass windows, using existing glass and sashes to create triple-glazed insulated panels with new components that dramatically reduce both summer heat load and winter heat loss.
  2. Radiator Insulation Retrofit: Added insulation behind radiators to reduce heat loss and more efficiently heat the building perimeter.
  3. Tenant Lighting, Daylighting, and Plug Upgrades: Introduction of improved lighting designs, daylighting controls, and plug load occupancy sensors in common areas and tenant spaces to reduce electricity costs and cooling loads.
  4. Air Handler Replacements: Replacement of air handling units with variable frequency drive fans to allow increased energy efficiency in operation while improving comfort for individual tenants.
  5. Chiller Plant Retrofit: Reuse of existing chiller shells while removing and replacing “guts” to improve chiller efficiency and controllability, including the introduction of variable frequency drives.
  6. Whole Building Control System Upgrade: Upgrade of existing building control system to optimize HVAC operation as well as provide more detailed sub-metering information.
  7. Ventilation Control Upgrade: Introduction of demand control ventilation in occupied spaces to improve air quality and reduce energy required to condition outside air.
  8. Tenant Energy Management Systems: Introduction of individualized, web-based power usage systems for each tenant to allow more efficient management of power usage.

“Not only will this project dramatically reduce the Empire State Building’s environmental impact, but now we’re able to do it in a way that provides meaningful costs savings to the building as well as its tenants,” said Raymond Quartararo, international director, Jones Lang LaSalle.

Several of the eight measures to be implemented at the Empire State Building involve tenant related improvements, but the measures themselves (as well as the integrated approach) can be used by facility professionals in owner-occupied buildings as well. Nesler noted, “The process can be applied whether for a multi-tenant or owner occupied building. In fact, those in owner-occupied buildings would probably have an easier time because they gett the benefit on both the tenant side (that being them) and well as on the building owner side.  So there are less barriers with owner occupied buildings.”

Said Amory B. Lovins, chairman and chief scientist of Rocky Mountain Institute, “To make cities cleaner and more energy efficient, we urgently need a replicable model for retrofitting existing major buildings. This visionary example will help inform and inspire initiatives that can cut carbon emissions, save energy, save money, make jobs, and provide better workplaces in buildings all over the world.”

The full analysis process is available online as open source materials for public use at www.esbsustainability.com.

LABELS Clinton Climate Initiative, ENERGY STAR, Empire State Building, Energy and The Environment, Johnson_Controls, Jones Lang LaSalle, LEED-EB, Rocky Mountain Institute, integrated approach No Comments »

March 11th, 2009

ASHRAE Grant Challenges Students On Plug Loads

From computers to popcorn poppers to hair dryers, energy use in dormitories often runs rampant due an overload of appliances. To help students gain a better understanding of how being plugged in impacts building energy use, ASHRAE is funding a teaching project for students at the University of Oregon.

The students will be challenged to develop a better understanding of personal and broad-scale energy consumption and how appliance selection and behavior modification can impact energy use through a hands-on experience, known as Plugged In!. The project was one of 13 grants funded by ASHRAE through its senior undergraduate project grant program.

As part of Plugged In!, students will “shop” for electrical appliances, determine the plug loads of each appliance, and calculate their short-term and long-term energy implications. They also will develop a real time monitoring and feedback loop of a dormitory, as part of their goal of modifying occupant behavior. The students will develop a Web interface using energy use animations to reflect the amount of actual energy use of the dorm.

“Students living in dorms across campus will see first-hand how their behavior impacts building energy use and how energy use impacts the environment,” said professor Alison Kwok. “Estimates show that plug loads can range from 10 to 25% of total building energy use. We want to show our students how energy use can influence decisions about building design and how their use of appliances can impact power use for the entire campus.”

Read TFM’s January 2009 coverage of this topic, “Does It Pay To Pursue Plug Load Reductions?”

Other Grants From ASHRAE
This year’s grants, totaling some $65,000, are awarded by ASHRAE to colleges and universities worldwide to promote the study and teaching of HVAC&R, encouraging undergraduate students to pursue related careers. The grants are used to design and construct projects.

The other ASHRAE grant recipients are:

  • University of Colorado at Boulder, Developing a Low-Cost Modular Building Integrated Photovoltaic-Thermal Collector for Electricity, Hot Water and Pre-heated Ventilation Air
  • Purdue University (team 1), Heat Recovery Demonstrators
  • University of Central Florida,  Design Optimization of a Solar Thermal System with Integrated storage
  • Lawrence Technological University, Monitor and Simulate Two Existing, High Performance Buildings to Achieve and Maintain Sustainable Operation
  • Boise State University, Solar Collector Panel Test Stand Senior Design Team
  • The University of Kansas, Working Model of a Tall Building’s HVAC&R Systems
  • Florida International University, GSHP-Solar
  • University of Alabama at Birmingham, Variable Speed Pumping System
  • Cairo University,  Solar Hydrogen Fuel Cell Water Heater Educational Stand – Design and Fabrication
  • University of Washington – Seattle, Assessing the Natural Ventilation in Classrooms and Laboratories—Implementing Class Projects
  • San Francisco State University (SFSU),  Air Conditioning Laboratory Unit for Undergraduate Engineering Education
  • University of Illinois at Urbana-Champaign, Design and Construction of a Solar PV Demonstration System for Laboratory Use and Public Education

For more information, visit ASHRAE.org/studentzone.

LABELS ASHRAE, Energy and The Environment, grants, plug loads No Comments »

March 4th, 2009

Web Exclusive: CeBit Technology Show

This past Monday, March 2, marked the opening of the international trade show CeBit 2009 in Hannover, Germany. Attending the show this year, I’ve had the opportunity to see product and service providers that are showcasing their latest and greatest in data center infrastructure–including power and cooling solutions, physical security, and products that we may be seeing in the future.

CeBIT is the world’s largest trade show highlighting digital IT and telecommunications solutions for home and work environments. The key target groups are users from industry, the wholesale/retail sector, skilled trades, banks, the services sector, government agencies, and science. Since 1986, Deutsche Messe AG has organized the event in Hannover.

Hannover Fairgrounds/CeBit 2009

Hannover Fairgrounds/CeBit 2009

Economic conditions around the globe have been a topic of discussion by many, and the situation has also seemed to create a backdrop to the event this year. Also, CeBit 2009 has seen a decrease in exhibitor companies; 4,300 companies from 69 nations are being represented at the event, compared with 5,845 in 2008. However, many are taking a optimistic viewpoint; perhaps it’s because technology is so central to the so many lives today and holds much promise for increasing cost saving efficiencies.

Deutsche Messe AG has taken that mindset for the event. Said Ernst Raue, managing board director, previous to the show opening: “CeBIT 2009 is sending a signal to buck the international crisis mentality. Given the depth of the world economic crisis, [the number of exhibitors] represents a success. In view of the overall business environment, we are extremely satisfied. 4,300 enterprises will demonstrate they are in solid shape and want to put the recession behind them quickly. At CeBIT 2009 the goal is–now more than ever–to develop new business and act boldly and with confidence vis-à-vis the future.”

Joining the show this year as the 2009 official Partner State of Germany’s IT and telecommunications industry association, BITKOM, and of CeBIT, is the state of California. This is the first time a state has been a partner; previously, only nations have been CeBit partners. As part of this partnership, 51 California companies are exhibiting here.

California’s participation brought another dynamic presence to CeBit this year. Gov. Arnold Schwarzenegger spent time in Hannover to participate in the opening ceremony on Monday and to tour the show throughout the day on Tuesday. He ended Tuesday by hosting a California reception on the show grounds.

Gov. Schwarzenegger was a big draw for CeBit 2009.

Gov. Schwarzenegger was a big draw for CeBit 2009.

Opening Ceremony

The opening ceremony on Monday, March 2, took place in the city of Hannover. Welcoming attendees to CeBit was Lord Mayor of Hannover Stephan Weil. He was followed by August Wilhelm Scheer, BITKOM president; Craig Barrett, chairman of the board of Intel; and Gov. Schwarzenegger.

During his address, Schwarzenegger spoke optimistically about the future of technology and its ability to “pump up” the economy. He also spoke fondly of the years he had spent in Munich, Germany before moving to the U.S. With a nod to his Hollywood movies, the governor concluded the speech with a few of his best known lines: “I’ll be back. Hasta la vista.” The crowd loved it.

The opening ceremony speakers watch robotic arm technology in action.

The opening ceremony speakers watch robotic arm technology in action.

Rounding out the opening ceremony was German Chancellor Angela Merkel who urged her country (along with the rest of the global community) to keep moving forward with innovations in technology.

Day One

Tuesday, March 3, included a look at some of the products offering solutions for the increasing overlap of facility management and IT.

One new release from APC by Schneider Electric is the latest version of its InfraStruXure Central. This server appliance, part of APC’s Data Center Physical Infrastructure (DCPI) Management Suite of applications, handles Capacity Manager and Change Manager softwares, which enable managers a deep view into their equipment. One interesting development from the facilities side is that InfraStruXure Central 5.1 can integrate with existing IT and building management systems (BMS). A Modbus TCP output provides a standardized method of integrating rack level power, cooling, and environmental data and alarms with a facility’s BMS. With this capability, facility managers can be afforded access to the data affecting their planning and operations, as it relates to the data centers in their buildings.

Another interesting aspect of this is the Capacity Manager software, which now offers an energy cost management report plug-in to provide visibility into the energy usage of a specified group of equipment, based on kW/hour. Useful to facility managers who would like to track the energy usage of the various departments/business units in their organizations.

Green Grows

The Green IT World Pavilion (formerly Green IT Village) is a larger presence at the show this year from its introduction in 2008. I attended a panel discussion, part of the Germany-California ICT Business Summit at the show, entitled “Green IT - Hype or Hope?” As might be expected the participants were enthusiastic about the potential of technology to increase efficiencies in a variety of applications, including data center operations, other facility type operations, business processes, energy sources, and healthcare.

Dennis Pamlin, global policy advisor for World Wildlife Fund, pointed out the potential that Green IT offers to a wide range of applications. He observed that sometimes those in the industry can get caught up in “naval gazing,” noting that where he sees the potential of Green IT to be is about 2% actual IT components and processes, with the remaining 98% of the equation being what IT can deliver in sustainable benefits (e.g. video conferencing, energy sources).

The other participants were Brian McGowan, deputy secretary for economic development and commerce/ business, transportation & housing agency for the State of California; Fabian Bahr, head of international affairs, BITKOM; Martin Jetter, IBM country manager, Germany; Prof. Lucas Bergkamp, president, Hunton & Williams; and Rob Mulligan, sr. vice president, international affairs, TechAmerica.

Today, this editor is walking the show to dig deeper into the potential of Green IT for facility managers. There will also be a visit to futureparc, a pavilion showcasing products and technologies just entering the marketplace or those that we might see within the next 20 years.

(Center and lower photos copyright Deutsche Messe AG)

LABELS APC, CeBIT, Data_Centers, Energy and The Environment, Green IT, Technology No Comments »

January 29th, 2009

Web Exclusive: Track Occupant Activity, Reduce Energy Use

This Web Exclusive article is contributed by John T. Anderson, president and CEO of PeopleCube, a provider of workplace, resource, and energy management technology. The company is headquartered in Framingham, MA.

Improve Image and Reduce Costs By Measuring and Reducing Energy Consumption
By John T. Anderson

The concept of the “green” organization has finally been embraced by corporate America. Until now, companies have been able to avoid implementing green initiatives due to concerns about cost and feasibility. However, recent social, political, and economic developments have made environmental issues something that companies can no longer afford to ignore.

The impact that eco-friendly policies have on the corporate image are only expected to increase as consumers become increasingly discerning about from whom they will buy, as investors look for socially responsible firms to invest in, and as job candidates factor environmental issues into their employment decisions. Following environmentally friendly practices may no longer be simply a nice differentiator but rather a key area of competitive advantage, as companies jockey to gain market share, increase the value of their stocks, and attract and retain top talent. According to a survey by IDC [a subsidiary of the International Data Group], 50% of consumers consider the green practices of vendors when making purchase decisions. Similarly, Adecco, a Melville, N.Y.-based provider of workforce solutions, reports that “33% of employees would be more inclined to work for a company that is environmentally conscious. More than half of the respondents thought their company should be doing more.”

As the topic of environmental conservation continues to gain momentum, more stringent environmental mandates will likely be put into place in the not-too-distant future, and organizations will need to address them. The Kyoto Protocol, for example, is an amendment to the UN international treaty on climate change that legally binds countries to cut their carbon dioxide emissions by an average of 5% below their 1990 levels or pay penalties. Since buildings currently account for a large percentage of total energy consumption in the U.S., it is anticipated that any future U.S. energy regulations designed to comply with the Kyoto Protocol will likely include guidelines for heating and air conditioning the workplace.

Given skyrocketing energy costs, it’s now becoming too expensive for companies to continue consuming energy at their current rates. But the alternative of going green can also be expensive and time consuming, such as the construction of Leadership in Energy & Environmental Design (LEED)–certified buildings. Facility managers (fms) and corporate management recognize that it is time to explore cost-effective, environmentally friendly alternatives that will not only pay for themselves in the long run, but will also help companies to reduce costs in the near term.

The first step organizations interested in becoming more environmentally friendly need to take is awareness. They need to know what their carbon footprint is in order to make adjustments and track the results of those changes. A company’s carbon footprint can be determined through reports as well as via real time emissions dashboards. Space utilization and green reports, for example, highlight actual real estate and workspace utilization and energy cost/consumption. This data is then compared to potential cost and carbon savings through energy reduction measures such as only cooling or heating rooms only when they are in use.

Other reports to identify energy usage include a telecommuting analysis report, which calculates carbon emissions that can be saved by reducing commuting, and a videoconferencing report that identifies energy savings achieved by avoiding travel. An emissions dashboard management information system collects all information about the energy usage of a building and its occupiers, calculates the energy costs and the resulting carbon footprint of the facility, and presents the data in a dashboard format so it can be viewed by fms, executives and employees.

Once companies have determined their carbon footprint, how can they become environmentally responsible in a cost-effective way? Here are some practical suggestions:

Only heat (or cool) when you need to: Energy consumption has become a tremendous drain on our natural resources. According to the U.S. Department of Energy, Energy Efficiency and Renewable Energy website, “HVAC [heating, ventilation and air conditioning] accounts for 40% to 60% of the energy used in U.S. commercial and residential buildings. This represents an opportunity for energy savings using proven technologies and design concepts.”

Fms can greatly reduce office energy consumption and costs by integrating automated resource scheduling technology with HVAC systems or building management systems (BMS). For example, using scheduling systems, users can not only book a meeting room but also preset the temperature and lights. By automating this function, fms can ensure that heating/cooling and lighting is only used when the room is being occupied. To minimize the energy drain, managers can choose to reuse certain rooms that have already been cooled or heated and to “hibernate” others that have not yet been temperature controlled. Fms can then monitor and make adjustments to their buildings’ energy consumption through carbon emission dashboards.

Managing alternative workspace can play a vital role in reducing real estate costs.

Managing alternative workspace can play a vital role in reducing real estate costs.

Share workspace: Many strategically oriented organizations are using flexible work practices to cut down on energy consumption and promote work/life balance. Office hoteling (also known as virtual offices, hot desking, flexible workspace, and shared workspace) is an alternative workplace arrangement where employees are assigned workspace on an as-needed basis. Because employees are only in the office periodically, office hoteling reduces real estate and energy requirements as well as commuting related carbon emissions. The cost savings of office hoteling are substantial for companies and employees alike.

In order for office hoteling to be successful, it is critical that the scheduling process be fair and easy and that employees can obtain the space and resources they need. Automated scheduling systems allow remote employees to reserve shared workspaces (e.g., individual offices, group workspaces, and conference rooms) as well as any other resources they might need, including loaner PCs or special equipment. Some companies are also setting up reservation kiosks in their lobbies that enable employees who may happen to show up unexpectedly to quickly and easily sign up for an available work space. To more effectively address employees’ needs, some facilities are collecting employee preferences (for particular workspaces or locations near their colleagues) and creating user profiles for future scheduling.

Videoconference: Similarly, videoconferencing avoids expending the energy, time, and cost of travel. Automated scheduling can ensure that all of the resources—such as equipment and specific room arrangements—will be set up in the room when needed and that meeting invitations and reminders will be sent to participants.

Monitor space use with presence detection: Increasing numbers of companies are using those familiar electronic access cards as presence detection devices, as well. These devices, when used in conjunction with room or space reservations, can determine if individuals are actually using the resources they have reserved. If not, the climate or lighting control systems will automatically readjust to unoccupied settings to lessen the energy consumption of that space.

Optimize resources: By more effectively using the resources you have—whether they be a fleet of cars, laptops, or audiovisual equipment—and better allocating how and when they are used, fms managers can extend the life of their assets and delay purchasing new ones.

Empower employees to help initiate change: Employees can use emission dashboards to find out their individual carbon footprint and make changes to help the environment. For example, they can monitor the energy consumption of their individual workspace and make necessary changes based on this information to make it more energy efficient.

It is clear that becoming environmentally friendly is no longer a choice for companies but rather a mandate. Forward thinking fms are already identifying ways to measure and reduce energy consumption to strategically plan for anticipated regulatory changes on the horizon. They are finding that new, cost-effective solutions such as resource scheduling technology can help create eco-friendly environments that, at the same time, are delivering cost savings to their organizations. By embracing and preparing for these changes, fms are heralding a new era of corporate and environmental partnership and realizing added social, economic, and brand benefits.

Anderson can be can be reached at (508) 416-3600 or janderson@peoplecube.com.

LABELS Energy and The Environment, PeopleCube, Technology 1 Comment »

January 27th, 2009

LonMark Collaborating With GreenLink Alliance

LonMark International (LMI), a non-profit member trade association working for the certification, education and promotion of interoperability standards for the benefit of manufacturers, integrators, and end users, has entered a collaborative agreement with GreenLink Alliance. GreenLink Alliance is a non-profit trade association focused on promoting products and services that help to conserve energy in the built environment.

The partnership provides a platform for bringing together LonMark’s recognized work in the field of open and interoperable standards with GreenLink’s mission to influence policymakers to expand tax incentives for owners of existing buildings that want to improve energy efficiency using intelligent control technology. GreenLink believes that building automation systems that leverage the capabilities of the power line offer a cost-effective and environmentally sound solution to retrofit legacy buildings to increase energy efficiency.

LonMark International, already a strong advocate for education, welcomes the opportunity for both organizations to jointly offer further education to building owners, facility managers, and the general public about the advantages of using control technology.

“LonMark is a reputable and well established organization and GreenLink is honored to be a strategic partner with them,” said Cory Vanderpool, executive director of GreenLink Alliance. “GreenLink recognizes that interoperability and open standards are critical to further market adoption of residential and commercial building control technology.”

“LonMark is committed to partnering with other organizations dedicated to educating our members to implement practical, cost-effective intelligent control systems,” said Ron Bernstein, executive director of LonMark International. “This alliance between LonMark and GreenLink will foster ongoing efforts to establish incentives and legislation to encourage more energy efficient system designs. LonMark’s members will benefit through expanding opportunities via governmental incentives to utilize open, interoperable solutions.”

LABELS Building Automation, Energy and The Environment, GreenLink Alliance, LonMark_International No Comments »

January 21st, 2009

NYC’s First Commercial Net Metered Solar PV System In Operation

Solar Energy Systems (SES) and Big Sue, LLC have commissioned the first commercial net metered solar photovoltaic (PV) system in New York City. The 40 kW DC PV system has been installed atop Big Sue’s office building in Brooklyn, New York. The system sends unused power back to the electrical network grid operated by Consolidated Edison of New York (Con Edison).

This solar PV system is operating atop Big Sue's office building in Brooklyn.

This solar PV system is operating atop Big Sue's office building in Brooklyn.

“To our knowledge, this is the largest commercial net-metered PV system located on a network grid in the United States. It sets a precedent for future solar installations in New York City and around the country, where utility interconnectivity issues have plagued the installation of commercial PV systems on network grids,” said SES president and CEO David Buckner.

Headquartered in Brooklyn, New York, SES is an integrator of solar power systems. The company designed and installed this latest project. Big Sue, also based in Brooklyn, is a general contracting and consulting firm specializing in green building design and construction.

The Impetus
In keeping with the State’s mission to diversify New Yorkers’ energy use and promote renewable energy technologies, Governor David A. Paterson signed legislation expanding New York’s net metering laws to non-residential customers in August 2008.

Governor Paterson stated, “Now New York businesses who invest in solar energy are allowed to sell excess generation back to the utility grid, often at times when it’s most needed. The solar energy system at Big Sue will relieve stress on New York City’s overburdened electrical infrastructure by delivering locally generated, clean solar energy. The companies involved in this milestone project are building New York State’s green collar workforce in support of our renewable energy industries.”

In acknowledging the significance of this project Con Edison’s vice president of engineering and planning, John Mucci, noted that “Con Edison encourages customers like Big Sue and SES to find innovative ways to be energy efficient and provide clean renewable energy while interconnected with our grids.”

Big Sue co-owner, Susan Boyle, also gave credit to SES, saying, “They knew the critical criteria and supported us on our mission.” Adding, “We wouldn’t have worked with anyone else. Because of SES’s track record they were the only choice.” According to Boyle, the company researched a range of energy options for its commercial property- including geothermal and peak shaving battery back-up devices, but chose solar because of the simplicity afforded by net-metering.

Commercial properties with large roof areas are prime locations for solar electric systems. The customized array sitting atop Big Sue’s building (located at 925 Bergen Street in Brooklyn) converts sunlight into electricity and is equipped with a net meter that connects directly to Con Edison’s grid. This direct connectivity enables Big Sue to “sell back” its unused energy to the utility, with Big Sue receiving billing credit for all excess power produced by the solar panels and redelivered to the Con Edison network.

Michael Coddington, a senior engineer with the National Renewable Energy Laboratory (NREL), who toured the site of SES’s installation, was impressed by the net meter, grid connectivity and sophisticated energy plan (which includes radiant floor heating). “Pretty unique,” said Coddington, “and after review an excellent example. Also, as one of the first commercial buildings that can send power back to the grid Big Sue’s PV system is a groundbreaker in more ways than one. They took an old dilapidated building, made the investment in solar technology, and brought it back to life. It’s really cool,” he concluded.

LABELS Energy and The Environment, solar energy 2 Comments »