SERDP & ESTCP Webinar Series
SERDP and ESTCP have launched a webinar series to promote the transfer of innovative, cost-effective and sustainable solutions developed through projects funded in five program areas. The webinar series targets Department of Defense and Department of Energy practitioners, the regulatory community and environmental researchers with the goal of providing cutting edge and practical information that is easily accessible at no cost.
Raise the Roof: Increased Rooftop Solar Efficiency Beyond Flat Panel PV
Ms. Deborah Jelen, Electricore, Inc.
Mr. John Archibald, American Solar
Presented February 19, 2015 – Webinar Slides
Concentrating Photo-Voltaic System for Department of Defense Rooftop Installations by Ms. Deborah Jelen
The primary objective of this project was to demonstrate Suncore Photovoltaics’ high-performance and high-efficiency CPV solar panels through the installation and operation of both the Suncore 25kW SE-500X system and Suncore 25kW Soliant 1000 system at the Naval Air Weapons Station (NAWS), China Lake, CA. The objective of the demonstration project was to help quantify the operational and cost benefits of the CPV technology for future application with Department of Defense (DoD) customers.
Specific to NAWS China Lake, this DoD facility is currently using other traditional flat solar panels installed which can be used for comparative performance and economic analysis. In early 2012, NAWS China Lake also installed a new 118 acre solar farm adding 13.78 megawatts of solar photovoltaic power. This installation is considered the largest in the Navy and shows tangible progress toward national energy independence and reaching the Department of the Navy's energy goals.
Electricore conducted a 15-month demonstration of a 50 kW system. The installation was performed over two phases allowing for one full year of seasonal data collection on both systems. The Suncore 25kW SE-500X system was demonstrated for the full 15 months, and the Suncore 25kW Soliant 1000 system was demonstrated for 12 months. Key performance objectives include Annual Energy Production, GHG Emissions, System Availability, and Levelized Cost of Electricity. A summary of demonstration objectives and results will be discussed during this webinar.
Solar Air Heating Metal Roofing for Reroofing, New Construction and Retrofit by Mr. John Archibald
To reduce DoD’s annual heating energy and roofing costs, American Solar installed a solar air heating metal roof on the Fitness Center at Fort Meade, MD. Solar heated air is collected from below the metal roof and used to provide ventilation preheating of outdoor air, direct space heating and domestic water preheating.
The long life metal roof reduces the cost of roofing compared to continued repair and replacement of the existing asphalt roof. Testing showed that the dark metal roof reduced the building and hot water loads. In addition, the tests showed that the summer cooling load was reduced compared to the white asphalt roof due to the construction of the insulated solar air space. “First of a kind” models of the solar heating capacity based on weather and solar conditions were created.
This presentation will discuss the technical and economic benefits documented throughout the study period.
Ms. Deborah Jelen has over thirty years of management and engineering experience with major companies including Electricore, Inc., AeroVironment, Olin Aerospace, Rocket Research Company and Hughes Aircraft Company. Her background includes leadership roles in the development and manufacture of electric and hybrid vehicles, unmanned air vehicles, solid rocket systems, infra-red detection products and a broad array of associated electronics.
Ms. Jelen holds a M.S., Systems Management from the University of Southern California, Los Angeles, CA and a B.S., Mechanical Engineering from the University of California, Santa Barbara.
Mr. John Archibald is the President of American Solar, Inc., a 15-year old company that produces solar heating systems. He specializes in designing and creating cost-effective solar thermal projects. He has extensive experience in solar energy system analysis, design, construction and operation. He has produced and deployed over 60 solar air heating systems, including the four largest solar air heating roofs in North America.
Mr. Archibald has over 35 years of experience in the private sector and in headquarters energy management positions in the Departments of Defense and Energy. Mr. Archibald was formerly Director of the U.S. Government's Federal Energy Management Program (FEMP).
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- 06/15/2017 - Coupling Geothermal Heat Pumps with Underground Seasonal Thermal Energy Storage
- 04/20/2017 - Solutions for Installations' Participation in Energy Markets
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- 05/05/2016 - Cost Effective and Resilient Building-Scale Microgrid Solutions for Increased Energy Security
- 10/15/2015 - LED-ing the Way: Sophisticated and Energy Efficient Exterior Lighting Systems for DoD Installations
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- Environmental Restoration (23)
- 09/07/2017 - Research and Development Needs for Management of DoD's PFAS Contaminated Sites
- 07/27/2017 - Management of Energetic and Propellant Material Releases on Testing and Training Ranges
- 05/18/2017 - High-Resolution Site Characterization at Chlorinated Solvents Sites
- 04/06/2017 - 1,4-Dioxane Impacts and Innovative Cleanup Technologies at DoD Contaminated Sites
- 03/09/2017 - Award Winning Projects: Environmental Restoration
- 02/23/2017 - Monitoring and Risk Assessment of Environmental Risks Posed by Munitions Constituents in Aquatic Systems
- 12/15/2016 - Advances in the Assessment and In Situ Treatment of Contaminated Sediments
- 11/03/2016 - Bioavailability of Contaminants of Concern in Soils at DoD-Impacted Sites
- 09/08/2016 - Practical Assessment and Optimization of Redox-Based Groundwater Remediation Technologies
- 08/25/2016 - Geophysics 101 – Realistic expectations for geophysics when used for site characterization and remediation monitoring - Part 2
- 06/30/2016 - Geophysics 101 – Realistic expectations for geophysics when used for site characterization and remediation monitoring - Part 1
- 06/02/2016 - Insensitive Munitions: Environmental Health Criteria, Fate and Transport
- 04/21/2016 - Long Term Monitoring Issues at Chlorinated Solvent Sites
- 01/28/2016 - Per- and Polyfluoroalkyl Substances (PFASs): Analytical and Characterization Frontiers
- 01/14/2016 - Vapor Intrusion: Regulatory Update and Advances in Assessment Tools
- 12/03/2015 - Emerging Contaminants: DoD Overview and State of Knowledge on Fluorochemicals and 1,4-Dioxane
- 10/29/2015 - Assessment and Treatment of Contaminated Sediments
- 08/20/2015 - Characterization and Remediation in Fractured Rock Environments
- 05/28/2015 - New Tools for Characterizing and Remediating Munitions and Energetics at Military Ranges
- 03/19/2015 - Quantitative Framework and Management Expectation Tool for the Selection of Bioremediation Approaches at Chlorinated Solvent Sites
- 01/08/2015 - DNAPL Source Zone Management Approaches
- 11/20/2014 - New Tools for Improving the Management of Contaminated Sediment Sites
- 10/30/2014 - Key Advances in Vapor Intrusion Assessments at Contaminated Sites
- Munitions Response (10)
- 11/02/2017 - Platforms for Underwater and Near-Shore Munitions Surveys
- 06/01/2017 - Classification of Military Munitions using Electromagnetic Induction Data
- 02/09/2017 - Award Winning Projects: Munitions Response
- 06/16/2016 - Quality Assurance Project Plan (QAPP) for Advanced Geophysical Classification Investigations – Part 2
- 05/19/2016 - Quality Assurance Project Plan (QAPP) for Advanced Geophysical Classification Investigations – Part 1
- 02/25/2016 - Recent Advances in the Classification of Underwater Munitions near a Water-Sediment Boundary
- 11/12/2015 - Munitions Response: Land Based Program Closeout
- 09/17/2015 - Munitions Response: Underwater Geophysical Sensors
- 05/07/2015 - Factors Affecting Munitions Mobility Underwater and In Situ Measurements
- 02/05/2015 - Acoustic Methods for Underwater Munitions
- Resource Conservation and Resiliency (10)
- 12/07/2017 - Management of Novel Hawaiian Ecosystems
- 10/05/2017 - New Resource Conservation Insights to Desert Environments
- 06/29/2017 - Future Vulnerabilities to Alaskan Ecosystems and Tools for Permafrost Assessment
- 02/23/2017 - Award Winning Projects: Resource Conservation and Resiliency
- 10/20/2016 - DoD Decision Making and Climate Change
- 09/22/2016 - Managing the Brown Treesnake Headache: Assessment of the Aerial Acetaminophen Bait Drop on Guam
- 04/07/2016 - Use of Climate Information for Decision Making and Impacts Research
- 12/17/2015 - Watershed Assessment and Stormwater Management Optimization Tools
- 03/26/2015 - Innovative Tools for Species Inventory, Monitoring, and Management
- 11/06/2014 - New Tools for Advancing Our Understanding of Marine Mammal Behavioral Ecology
- Weapons Systems and Platforms (14)
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- 10/19/2017 - Laser De-Paint and Surface Preparation Mechanism and Technologies
- 08/17/2017 - Zinc Nickel Dip and Brush Plating
- 05/04/2017 - Novel Coatings Systems for Use as High Performance Chemical Resistant Powder Topcoats
- 01/26/2017 - Award Winning Projects: Weapons Systems and Platforms
- 08/11/2016 - An Environmentally Acceptable Alternative for Fast Cook-Off Testing, Demonstration, Validation and Implementation Efforts
- 03/24/2016 - Cadmium and Chromate Elimination Efforts: Implementation Plans and Strategic Roadmaps for Three DoD Depots
- 02/11/2016 - Chromate/Hazardous Material Free Coating Systems for Military Aircraft and Ground Support Equipment
- 10/01/2015 - Hexavalent Chrome Elimination from Hard Chrome Surface Finishing
- 07/16/2015 - Sustainable Pyrotechnics: Flares and Projectiles
- 04/16/2015 - Blast Noise Measurements and Community Response
- 03/05/2015 - Understanding and Mitigating the Risks Associated with Lead-Free Electronics
- 01/22/2015 - Bio-Based Methodologies for the Production of Environmentally Sustainable Materials
- 12/04/2014 - Waste to Energy Options for Base Camps: Efficient Tar Management and Rotary Kiln Gasification
The latest developments in science, engineering, and technology.
SERDP and ESTCP’s complete investment portfolio.