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How Eight California Data Centers Reduced Energy by 20%

How Eight California Data Centers Reduced Energy by 20%

Recording

Published: April 04, 2012  |  Updated: April 04, 2012
This is the web conference recording.

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Publication type: Recording  |  Document ID: CEC-WC-4-12-DataCenters-R  |  Author: Jenny Field

How Eight California Data Centers Reduced Energy by 20%

How Eight California Data Centers Reduced Energy by 20%

Slides

Published: April 04, 2012  |  Updated: April 04, 2012
These are the web conference slides.

Download

Publication type: Slides  |  Document ID: CEC-WC-4-12-DataCenters-SL  |  Author: Jenny Field

How Eight California Data Centers Reduced Energy by 20%

04/04/2012 - 12:00
04/04/2012 - 13:15

How Eight California Data Centers Reduced Energy by 20%
A Web Conference from the California Energy Commission PIER Program

Previous Web Conference

Date: Wednesday April 4, 2012
Duration: 1 hour and 15 minutes
Moderator: David Weightman, Energy Commission Specialist, California Energy Commission
Agenda:

Last year, the State of California conducted a series of data center cooling efficiency projects that yielded dramatic and impressive results. Join us to hear how these data centers were modernized with new wireless control technology to slash cooling energy use. Two data center specialists will reveal how cooling costs in eight facilities were reduced by 40 percent.

We’ll discuss two of the largest data center projects and explain how the results can suggest savings opportunities and actions that other data center managers can use in their own buildings.

Speakers:
David Weightman, Energy Commission Specialist, California Energy Commission
Dan Mascola, Senior Energy Efficiency Analyst, Vigilent
Carl Boomgaarden, Information Systems Analyst Specialist, State of California
Manuel Lujano, Staff Information Analyst, California Franchise Tax Board

You will learn:

  • How this technology works in large or small, new or old data centers
  • How to achieve dramatic energy savings in data centers
  • How to improve data center uptime
  • Lessons learned from data center managers who implemented this technology
  • How insights from deployments improved data center operations

Who should attend: Professionals in the data center industry, operations managers, facility engineers, architects, utility program managers, mechanical engineers, and sustainability managers.

For more information about attending this web conference, please contact Customer Service or call 1-800-376-8723 option 6.

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Improving Real-World Efficiency of High-Performance Buildings

Improving Real-World Efficiency of High-Performance Buildings
High-performance buildings are designed to maximize energy efficiency, but those improvements aren’t always realized. A study will assess achieved performance in selected California buildings, and follow-up projects will identify feedback loops and tools to help stakeholders optimize building performance. ...

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Publication type: Fact Sheet  |  Document ID: CEC-FS-14  |  Author: California Energy Commission/Public Interest Energy Research

Community-Scale Environmental Measures and Urban Heat Island Impacts

Community-Scale Environmental Measures and Urban Heat Island Impacts
Community-scale environmental measures can reduce energy use community wide, but the impacts of the technologies and their interactions are not well quantified. This project will use advanced computer simulations to predict the outcome of community-scale environmental measures.

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Publication type: Fact Sheet  |  Document ID: CEC-FS-13  |  Author: California Energy Commission/Public Interest Energy Research

LED Manufacturing Process Modifications Will Boost Quality and Cut Costs

LED Manufacturing Process Modifications Will Boost Quality and Cut Costs
Light-emitting diode (LED) lighting products have made great strides in terms of performance, but LED manufacturing techniques have not kept up. Researchers will develop an advanced layering technique that will cut manufacturing costs and increase the efficiency of the process by which LEDs convert electricity ...

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Publication type: Fact Sheet  |  Document ID: CEC-FS-12  |  Author: California Energy Commission/Public Interest Energy Research

Office Plug Loads: Energy Use and Savings Opportunities

This is the web conference recording.

Office Plug Loads: Energy Use and Savings Opportunities

Office Plug Loads: Energy Use and Savings Opportunities

Slides

Published: January 26, 2012  |  Updated: January 26, 2012
These are the web conference slides.

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Publication type: Slides  |  Document ID: CEC-WC-1-12-PlugLoads-SL  |  Author: Jenny Field

How Efficient Are New Homes in California?

How Efficient Are New Homes in California?
Published: January 05, 2012  |  Updated: January 05, 2012
A study examined 40 single‑family and 40 multifamily units (apartments and townhouses) that were built under the 2005 Building Energy Efficiency Standards for Residential Buildings. Data showed that the homes often didn’t perform up to code.

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Publication type: Tech Brief  |  Document ID: CEC-TB-62  |  Author: Ira Krepchin

Office Plug Loads: Energy Use and Savings Opportunities

01/26/2012 - 12:00
01/26/2012 - 13:15

Office Plug Loads: Energy Use and Savings Opportunities
A Web Conference from the California Energy Commission PIER Program

Previous Web Conference

Date: Thursday January 26, 2012
Duration: 1 hour and 15 minutes
Moderator: David Weightman, Energy Specialist, California Energy Commission
Agenda:

This web conference will discuss the results of the commercial office plug load field monitoring study conducted on behalf of the California Energy Commission’s Public Interest Energy Research (PIER) program. The study, completed in July 2011, characterized the energy consumption of plug load devices in commercial applications and explored opportunities for plug load energy savings.

The plug load research team, led by Ecova (formerly Ecos Consulting) with PECI field support, inventoried the plug loads in two Leadership in Energy and Environmental Design (LEED)–certified buildings in California and recorded detailed meter files on a subset of inventoried devices (mainly office equipment). Low- and no-cost energy-reduction strategies were implemented and then the energy consumption was remetered. The comparison of this use to the baseline allowed for estimation of the savings potential from these strategies. In conjunction, the New Buildings Institute (NBI) conducted direct panel-level metering and determined the energy breakout between building systems.

We’ll go over the findings from the study and how they can be used to suggest savings opportunities and actions that building owners, utilities, and policy-makers can take to obtain these savings in commercial buildings.

Speakers:
Cathy Higgins, Program Director, NBI
Amy Cortese Renbarger, Senior Project Manager, NBI
Chris Calwell, Senior Fellow, Policy and Research, Ecova
Catherine Mercier, Project Lead, Ecova

You will learn:

  • Which devices were the largest plug load electricity users from the study
  • What opportunities exist to reduce electricity use for office equipment plug loads
  • How power-management settings and other software controlled by an IT department can affect potential energy savings
  • How occupant behavior plays a role in plug-load electricity use and savings opportunities
  • How the study and assessment of plug loads in commercial buildings could factor into programs and policies

Who should attend: Professionals in the building industry, office managers, building asset managers, electric device engineers, electrical engineers, and utility commercial program managers.

For more information about attending this web conference, please contact Customer Service or call 1-800-376-8723 option 6.

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