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Archive for the ‘Technology’ Category

New tool from DOE helps utilities evaulate cybersecurity

Monday, April 1st, 2013

Cybersecurity is an issue that is on everyone’s mind today, so utilities and grid operators may be interested in a new software program that enables them to assess their cybersecurity capabilities. The Electricity Subsector Cybersecurity Capability Maturity Model (ES-C2M2) includes a cybersecurity self-evaluation survey tool, which looks at situational awareness, along with threat and vulnerability management, to allow a utility an internal option for the cybersecurity discussion. Utilities can also use ES-C2M2′s series of gradual assessments in platform areas to build a complete picture for prioritizing future cybersecurity actions and investments.

The Energy Department (DOE) developed the model in a public/private partnership formed in 2011, and launched the first version in May 2012. The White House approached DOE with a challenge to develop capabilities to manage dynamic threats and understand grid cybersecurity. The objectives for the model development included the desire to strengthen cybersecurity capabilities, along with the need to enable consistent evaluation and benchmarking, share knowledge and benefits and help prioritize actions and investments.

More than 77 utilities—cooperatives, international, investor-owned utilities, public power and regional transmission organizations—have downloaded ES-C2M2′s assessment tool. The DOE went on-site with 17 industry volunteers to walk through the model, using feedback from them to make changes in the next version. Comments have led to additional maturity indicator levels, performance metrics and measurement and informative materials.

DOE developed the model specifically for the electricity industry with Department of Homeland Security (DHS), Carnegie Mellon University and industry stakeholders. Utilities can download ES-C2M2 or contact DOE for more information. If you decide to explore this tool to improve your cybersecurity, don’t forget to share what you learn with Energy Services. Source: energybiz, 3/20/13

Advanced lighting controls subject of E3T webinar

Thursday, March 28th, 2013

April 17
Noon PDT

The Emerging Technologies Showcase Redirecting to a non-government site series continues with the free webinar, Advanced Lighting Control Systems.

With scheduling, dimming, occupancy sensing, demand response capabilities and more, these systems can capture big energy savings for commercial customers, especially large key accounts. This webinar explores a few of these systems – how they work, their benefits and drawbacks and recent case studies.

Register today Redirecting to a non-government site to reserve your place.

The next Showcase, on Tuesday, April 30, will cover the National Energy Efficiency Technology Roadmap Portfolio. This collaborative tool identifies new energy-efficient products and services still in the research phase that need to be tested and verified before they can be introduced into the marketplace.

Sponsored by the Bonneville Power Administration (BPA) with support from Western, the Emerging Technologies Showcase webinars present the latest information about some promising energy-efficiency technologies and practices that BPA is considering for future research opportunities or focus areas.

All webinars are recorded, and available online Redirecting to a non-government site.

DOE to fund utility projects for solar planning, research, training

Friday, February 22nd, 2013

Working with the Solar Electric Power Association Redirecting to a non-government site (SEPA) and other organizations, the Energy Department (DOE) this week released two Funding of Opportunity Announcements (FOA) related to utilities.

Solar Utility Networks: Replicable Innovations in Solar Energy (SUNRISE) is being issued by DOE to solicit applications for two topic areas. Topic A focuses on enabling utilities to develop long-term strategic plans for integrating high levels of renewable energy generation and ensuring that power systems operate reliably in real time under high renewable penetration. Topic B aims to provide technical assistance for building capacity through utility-scale photovoltaic planning and installation. 

DOE’s express purpose in issuing this FOA is to demonstrate cost-effective and reliable solar integration in real time, at utility-scale, in successful utility business models. DOE anticipates providing up to $12 Million through this FOA, for projects two to four years long, depending on the topic area. Awardees must share project costs. This FOA is part of the DOE SunShot Initiative.

SUNRISE deadlines:

  • Concept papers due: March 8, 2013
  • Expected date for response to concept papers: March 20, 2013
  • Deadline for questions: April 21, 2013
  • Full applications due: April 24, 2013

The second FOA, Grid Engineering for Accelerated Renewable Energy Deployment (GEARED) seeks applications to increase power system research, development and analytical capacity. Projects should also be designed to prepare electric utility professionals to manage high penetrations of solar and other distributed energy technologies. To achieve these dual goals, GEARED will support two activities:

  • Training consortia focused on quickly bringing their findings into training and educational initiatives
  • A national coordination network that will link these consortia to one another and other relevant power system research and development and training activities

Increasing the power systems capabilities and talent pool promotes electric grid security, as well as environmental and economic benefits for all consumers. The GEARED FOA provides funding to support creating three to five regional consortia that work with universities and utilities to incorporate power systems analysis, research and development into curricula and short courses, cooperative internships and continuing education. GEARED will also support the creation of a national training network for distributed power system professionals. The FOA does not apply to undergraduate or graduate fellowships.

GEARED deadlines:

  • Concept papers due: April 12, 2013; 5 p.m. EST
  • Deadline for questions: April 16, 2013; 5 p.m. EST
  • Full applications due: April 19, 2013; 5 p.m. EST

Some of the topic areas are seeking utility applicants, while others are seeking utility groups or other types of entities.  SEPA member utilities that wish to apply directly or would like to apply in partnership with SEPA should contact SEPA President Julia Hamm at 202-559-2025 as soon as possible.

Energy Department creates PEV Readiness Scorecard

Wednesday, February 20th, 2013

To help cities, counties and states put more plug-in electric vehicles (PEV) on the road, the Energy Department’s Clean Cities initiative created an online, interactive Plug-in Electric Vehicle Readiness Scorecard.

The Scorecard allows community managers to measure their regions’ current ability to meet the needs of electric vehicle drivers—their “PEV-friendliness.” Users calculate their scores by answering a series of multiple-choice questions based on best practices. The questions range from the time required to issue a residential charger permit to incentives available to PEV drivers.

Because a number of city agencies, non-governmental organizations and even local businesses may be involved in the decisions that affect PEV readiness, every Scorecard account allows multiple users to enter information for the same region.

Read more about the PEV Readiness Scorecard, and start your account today. Then you can share your score with Energy Services, and let other Western customers know what you are doing to become a PEV-friendly community.

Webinar series looks at efficiency measure for commercial kitchens

Friday, February 1st, 2013

Kitchen ventilation can run up big energy bills for restaurants, schools, hospitals and food packaging plants. Utilities that serve these types of facilities should join the Washington State University Energy Program Redirecting to a non-government site Feb. 13 at 12:00 pm PST for Demand-Controlled Ventilation for Commercial Kitchens.

This webinar explores the reasons applications for demand-controlled ventilation (DCV) to commercial kitchen ventilation have been slow in coming. However, recent changes to ASHRAE Standard 90.1 – 2010 may make DCV a key component for energy-efficient commercial kitchens. Utilities may want to learn more about this option to reduce energy bills for large industrial kitchens in their territory. 

Register now Redirecting to a non-government site for February’s “Emerging Technologies Showcase” webinar. This monthly series sponsored by BPA, with support from Western, presents the latest information about promising energy-efficiency technologies and practices that BPA is considering for future research opportunities or focus areas.

All webinars will be recorded and available on the E3T website Redirecting to a non-government site and Conduit Redirecting to a non-government site.  

The next Showcase in the series will be on March 20 at noon, PST.

In-depth IR workshop a hit with NPPD members

Tuesday, January 1st, 2013

[Editor's note: This story first appeared in the January 2013 Energy Services Bulletin.]

It can be difficult to get busy utility professionals to take any time off for training, but a two-day infrared workshop sponsored by Nebraska Public Power District (NPPD) recently drew 16 participants—and rave reviews.

Training utilities need

NPPD partner Southern Power District hosted IR for Weatherization and Energy Audits Nov. 28 and 29 at its headquarters in Grand Island, Neb. “A few contractors and representatives came from government agencies, but most of the trainees were our wholesale partners,” said NPPD Business Partner Consultant Roger Hunt, who organized the event.

The idea for the workshop originated with Hunt, who credits NPPD’s strong relationship with its member utilities for uncovering the need. “We knew a lot of our partners had purchased IR cameras, but they weren’t familiar enough with the technology to get the full value from their investment,” he said. “I’ve been through Level I and II IR certification, so I know how important it is to get the right training.”

Hunt chose The Snell Group to present a class aimed at energy auditors, weatherization contractors and home inspectors. He had once attended a similar workshop sponsored by the Nebraska Energy Office, and felt the focus on residential audits would be most useful to NPPD utilities.

Learn your camera

The course covered all models of thermal imaging equipment and included many hands-on simulations and exercises. “Since Snell doesn’t represent any camera manufacturers, the class was equipment-neutral,” said Western Equipment Loan Manager Gary Hoffmann. “The instructors could explain the capabilities and limitations of different cameras.”

That was good news for Wade Rahn, Customer Service Coordinator at Butler Public Power District, who brought along the utility’s ToughCam from IR Cameras, Inc. “I took the workshop to get better acquainted with using the camera in audit situations,” he explained. “I wouldn’t have gotten as much out of the workshop if the material focused only on the most common models.”

Having worked with IR cameras and  taken several classes, Hoffmann was very impressed with the course content. It offered more background on thermodynamic theory than other workshops he had attended, Hoffmann observed, and he really enjoyed the exercises. For one demonstration, participants were told to point their cameras at a quarter on a hotplate and adjust the focus so they could read the date on the coin. “It was a fun way to familiarize ourselves with our cameras,” Hoffmann observed.

The IR workshop was a first for Tim Ellis, the new Energy Services representative for the Rocky Mountain Region, so the camera exercises were particularly helpful to him. “It was a great opportunity to learn how to work the camera, where settings were, what they did and how to adjust them,” he said.

Audit practice

The longer workshop provided participants with the chance to do a real energy audit on the home of a Southern Power District employee. “The house had a couple of cold rooms, so the homeowner got a free energy audit in return for letting the class practice what they’d learned,” said Hoffmann. “The employee joined us to analyze the IR pictures after the inspection, even though he wasn’t enrolled in the workshop. It was a good deal for everyone.”

infrared picture of heated nickel

One camera control exercise involved adjusting the focus so the operator could read the date on a heated quarter.

 

The audit included visual and thermographic inspections inside and out, a blower door test and a lot of what Hoffmann termed “audit etiquette.” Nicki White, customer service representative for Cuming County Public Power District, found that part of the training extremely helpful. “It was surprising to learn how much background information auditors need before they go into a home,” she said.

Ellis appreciated the reminders about common courtesy and professionalism. “It’s important to remember that you are in someone’s home,” he said. “Auditors need to make sure the homeowner feels comfortable and confident about the inspection.”

Tips included everything from not trampling gardens to turning off gas water heaters so the blower door doesn’t suck carbon monoxide fumes into the house. Hunt reminds himself to turn the water heater back on before he leaves by putting  his car keys on it..

For Ellis, the audit served as a refresher course in building science and the physics behindheat movement through a building shell. “It gave me a chance to apply what I know to problem-solving at the consumer level,” he said. “This would be excellent training for utilities at any stage of developing a home audit program.”

Worth the time

The course would also be good research for utilities that are considering buying a camera, Ellis added, or for professionals looking for a crash course in residential building science. Participants take a written test at the end and receive continuing education credits, another reason to make time for training.

Hoffmann declared that it was the best IR workshop he had ever attended. “We covered a ton of stuff over in two full days,” he said. “It was really interesting and never felt like we were rushing through the material.”

If your utility is interested in sponsoring an in-depth workshop on infrared thermography or other auditing skills, contact your Energy Services representative for more information.

DOE offers $20mn for projects integrating solar and fossil fuels

Monday, December 31st, 2012

The U.S. Energy Department (DOE) announced $20 million in new funding for two to four projects that will help integrate concentrating solar power (CSP) systems with fossil fuel power plants. The DOE seeks applications from industry, universities, and national laboratories. Read the full story.

If interested, act quickly as a letter of intent is due by Jan 14, 2013 with the full application due in mid-March, 2013. See the RFI for more information on the funding. Source: Renewable Energy World, 12/31/12

DOE funds development of energy-saving building technologies

Friday, December 28th, 2012

As part of its efforts to help homeowners and businesses save money by saving energy, the Energy Department (DOE) is investing $9 million in leading-edge building envelope technologies, including high-efficiency, high-performance windows, roofs, and heating and cooling equipment.

In his announcement, Energy Secretary Steven Chu noted that a typical American family spends nearly $2,000 per year on their home energy bills, much of which is wasted on air leaks and drafts in houses’ roofs, attics and walls. “By bringing new, affordable energy-efficient products to the market, we can help families save money by saving energy, while strengthening U.S. manufacturing leadership in technologies that are increasingly in demand worldwide,” said Chu.

This new investment focuses on improving whole-home energy performance through six advanced manufacturing projects in California, Connecticut, Idaho, Maryland, Missouri and Tennessee. Funding includes:

  • About $6.5 million in four projects to develop highly efficient, cost-effective heating, ventilation, and air conditioning (HVAC) systems
  • About $3 million to two projects targeting building envelope materials.

In Western’s territory, Lawrence Berkeley National Laboratory will develop and test highly insulated, easy-to-install windows that use automated shading that can capture or repel heat depending on the season. Projects elsewhere include the St. Louis, Missouri-based Unico developing a cold climate heat pump with a variable speed compressor that will maintain capacity and efficiency even at very low temperatures. The University of Idaho will design and demonstrate a roof sandwich panel that uses foam material to increase building thermal efficiency and helps reduce construction costs by 25 percent.

From 1990 to 2007, U.S. energy use per capita remained fairly consistent. In the last five years, however, improvements in building efficiency for space heating and air conditioning have helped to reduce consumption. Nearly 60 percent of homes now feature energy-efficient, multi-pane windows—up from 36 percent in 1993. About 40 million households have sealed air leaks with caulking or weather-stripping, and 26 million have added insulation. The U.S. Energy Information Administration expects that energy use per capita will continue to fall by an additional 15 percent through 2040.

Greater savings can be achieved through more improvements. A typical residential or commercial building loses about 42 percent of energy through doors, roofs, attics, walls, floors and foundations—the building envelope. In the winter months, windows alone can account for 10 to 25 percent of a home’s utility bill through heat loss. The projects receiving funding will help bring new, affordable technologies to market and create opportunities for improved building performance and cost savings.

Learn more about these projects and find additional information on how the Energy Department is helping American homes and businesses save money by saving energy at EnergySaver.gov and through the Buildings Technologies Program. Source: DOE Office of Energy Efficiency and Renewable Energy, 12/21/12

DOE awards NRECA Cooperative Research Network funding for solar project

Friday, December 28th, 2012

The Cooperative Research Network Redirecting to a non-government site (CRN), the research arm of the National Rural Electric Cooperative Association (NRECA), is receiving $2.1 million of a $9 million grant from the Department of Energy (DOE) to the North Carolina State University FREEDM Systems Center Redirecting to a non-government site to develop a “plug and play” photovoltaic (PV) system.

CRN’s role in the project will be to coordinate demonstrations with at least two cooperatives to evaluate the PV systems and test the utility interconnection. In addition to assisting in the design of the project, CRN will also ensure the standards comply with the MultiSpeak specification, the de facto common interface model electric utilities use worldwide.

NRECA Research, Engineering & Technical Services Vice President John Hewa said, “CRN will be focusing on the integration of residential level solar resources on reliability and developing a system that works for both the consumer and the utility, simplifying the installation process without compromising safety or electric reliability.”

More than a dozen cooperatives across the country are developing community solar farms to meet the growing demand from consumer members for solar energy systems. This project will enable cooperatives to offer members more simple, safe and reliable options to add their own renewable energy generators.

The grant is part of DOE’s SunShot Initiative, which seeks to make solar energy cost-competitive with other sources of energy by 2020.

The Cooperative Research Network conducts original, collaborative research for the nation’s more than 900 private, not-for-profit, consumer-owned electric cooperatives.

Geothermal heat pump webinar series begins in January

Friday, December 14th, 2012

Start the New Year by broadening your knowledge about an energy-efficient heating and cooling strategy that can help you meet load management goals and increase customer satisfaction. The Colorado Geo-energy and Heat Pump Association Redirecting to a non-government site (CoGEHPA) is offering three webinars on geothermal heat pump (GHP) technology.

Here’s the lineup:

The first webinar focuses on working with Colorado’s primary power provider, but utility and HVAC professionals all over the country will benefit from the two February events.

The registration fee is $25 per webinar, or free to CoGEHPA members.