• Policies & Strategies - GSA Sustainable Facilities Tool

  ...cyberattacks; DOD's use of the Industrial Control Systems Cyber Emergency Response Team...Physics Lab, showing scenarios in which control systems could be used to exploit vulnerabilities

  https://sftool.gov › learn › agency-practices › 444 › iswg-policies-strategies

• Emerging Technologies

  ...with Integrated Controls High-R Window Panel Retrofits Occupant Responsive Lighting...Boiler Solar Control Films Weather Station for Irrigation Control Non-Chemical

  https://sftool.gov › Content › attachments › Iswg › iswg-case-studies › GPG - K Powell GSA - ISWG 180517.pdf

• Systems Thinking - GSA Sustainable Facilities Tool

  ...energy from lighting and improve occupant comfort, consideration should be given...how the space will be used by the occupants, the amount of daylight available

  https://sftool.gov › plan › 250 › systems-thinking

• Furniture, Fixtures, and Equipment - GSA Sustainable Facilities Tool

  Deploy advanced power strips (APS) to control the power supplied to plug-in devices...periods Deploy manual-on, vacancy-off control devices for plug loads such as monitors

  https://sftool.gov › plan › 264 › furniture-fixtures-equipment

• Microsoft PowerPoint - ISWG_-_Briefing_2014-05-22.pptx.pptm

  Self-Help Guide for Posts Focus on Occupant Behavior 15 Audits Performed: 1. Lighting...Lighting upgrade and controls 2. Weather‐stripping 3. HVAC BAS/Set‐points/Sensors

  https://sftool.gov › Content › attachments › Iswg › iswg-policies-strategies › 10 Donna McIntire - Sustainability Global Portfolio.pdf

• Net Zero Energy Building Examples - GSA Sustainable Facilities Tool

  ...of ventilation air required to the occupancy level. Geo-exchange system. Desiccant...system. Advanced metering and building controls. High-efficient lighting systems.

  https://sftool.gov › plan › 422 › net-energy-building-examples

• FEMP Facility Related Control System Cyber

  Facility Related Control System Cyber FEMP Facility Related Control System Cyber...Technology (OT) directly monitors or controls physical devices, processes or events

  https://sftool.gov › Content › attachments › Iswg › iswg-tools › FEMP FRCS Overview Training Deck 2020-10-22.pdf

• Best Practices & Case Studies - GSA Sustainable Facilities Tool

  Influence of Occupancy on Building Energy Use and Use of an Occupancy-Adjusted Performance...analyzed the correlation between occupancy and energy use intensity (EUI) in

  https://sftool.gov › learn › agency-practices › 446 › iswg-case-studies

• SECTION B

  ...exterior areas of a building. The Pest Control requirement is specified in 7 U.S...Recommendations for Pest Management and Control Application of chemical and non-chemical

  https://sftool.gov › Content › attachments › GSA_IPM_Guidance.pdf

• GSA GEB Case Study Report Mar 2021.pdf

  ...technologies such as meters, sensors, controls, and energy management systems. A...has the potential to both manage occupant comfort and save money on energy bills

  https://sftool.gov › Content › attachments › GSA GEB Case Study Report Mar 2021.pdf

• Materials & Resources - GSA Sustainable Facilities Tool

  ...compost can also be used for erosion control. EPA | Composting at Home Construction...support stations and the education of occupants and janitorial staff are the backbone

  https://sftool.gov › learn › about › 43 › materials-resources

• Microsoft Word - Facility Manager JTA For Public Comment V4.docx

  ...the satisfaction of the facility occupants. 3 DRAFT, for Comment Only Contents...tasks performed by individuals in an occupation, as well as the knowledge, skills

  https://sftool.gov › Content › attachments › Facility Manager JTA For Public Comment.pdf

• MaterialDetails - GSA Sustainable Facilities Tool

  ...Occupant Sensor Description Occupant controls use sensors to determine when...of heat or motion. Tips O+M Tips Controls need to be commissioned on an ongoing

  https://sftool.gov › material › 1993 › occupant-sensor

• Building Plug Loads - GSA Sustainable Facilities Tool

  ...energy performance. Plug Load Control Plug load control comes in two basic forms...contral strategies include: Manual Control: Most plug-loads can be manually powered

  https://sftool.gov › learn › about › 572 › building-plug-loads

• Resources > Lighting - GSA Sustainable Facilities Tool

  ...applications and provide lighting controls such as occupancy sensors, timers, and dimmers...dimmers for greater lighting control. Optimize Daylighting: Set a daylight sufficiency

  https://sftool.gov › explore › green-building › section › 36 › lighting › resources-impact

• MaterialDetails - GSA Sustainable Facilities Tool

  ...Occupancy-Control Device Description Occupancy control can save a great deal...the largest drawback is that occupancy controlled devices may energize and de-energize

  https://sftool.gov › material › 2168 › occupancy-control-device

• MaterialDetails - GSA Sustainable Facilities Tool

  Vacancy-Off Control Device Description A manual-on, vacancy-off control device is...a slight modification of the occupancy-control device. It energizes a plug-load

  https://sftool.gov › material › 2169 › manual-on-vacancy-off-control-device

• Green Procurement - Workspaces - GSA Sustainable Facilities Tool

  Break/Pantry Break rooms provide space for occupants to network and obtain nourishment...Incorporate occupant sensor & individual temperature & lighting controls to save

  https://sftool.gov › greenprocurement › workspaces

• O&M > Lighting - GSA Sustainable Facilities Tool

  ...out. Control systems drift out of spec or are overridden by occupants. Best...including cleaning and relamping. Control purchasing and inventory to ensure

  https://sftool.gov › explore › green-building › section › 39 › lighting › o-m-impact

• PowerPoint Presentation

  Externality Costs Varied methods Cost of control Willingness-to-pay Estimating...Building Occupant Gasoline Cost included 2. Cost for Building Occupant Gasoline

  https://sftool.gov › Content › attachments › Iswg › iswg-case-studies › Sustainable Building Study Using Whole-System and Life-Cycle Thinking - JParisi, Nov. 2012.pdf

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