Lena Perkins, Phd Email and Phone Number
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As a senior manager at the City of Palo Alto Utilities I currently co-manage the electric supply portfolio of the City of Palo Alto, of around $100M per year including generation and transmission assets. I am a hydroelectricity expert and frequently collaborate with our federal hydro partners. I lead our advocacy for hydro, transmission, and energy market developments in the Western US. I also manage the City's Program for Emerging Technologies.Previously I consulted energy start-ups and worked on isolated grids in both interior Alaska and American Samoa. In Alaska I operated the first isolated-grid binary cycle low-temperature geothermal electricity plant and experimented with generating hydrogen from surplus geothermal electricity. In American Samoa I led a team to design a solar-battery hybrid, and instigated Tesla providing a hybrid solar storage system to the island of Ta'u. I enjoy working on technical projects involving multidisciplinary teams around energy efficiency and GHG emissions reductions.In my PhD dissertation I built a techno-economic model identifying the least expensive and most efficient pathways to generate electricity and avoid carbon dioxide emissions depending on the fuels used, system architectures, and existing local electricity generation.I am an expert in electricity markets, transmission, thermodynamics, thermokinetics, and emissions accounting.I enjoy collaborating with industry and academia across a range of disparate fields.
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Emerging Technologies Manager | Senior Resource Planner - Palo Alto UtilitiesCity Of Palo Alto Nov 2015 - PresentPalo Alto, California, Us
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Department Of Globlal Ecology, Visiting InvestigatorCarnegie Institution For Science Sep 2015 - Dec 2015Washington, Dc, Us- Analyzed relative contributions efficiency improvements of electricity generation, to renewable electricity integration, to both point and distributed CO2 capture.- Modeled sensitivity and uncertainty of results of electricity scenarios for both cost and energy savings. -
Doctoral Researcher, Mechanical EngineeringStanford University Sep 2008 - Jun 2015Stanford, Ca, UsCompared current potential of biomass and direct chemical atmospheric carbon dioxide removal relative to avoiding emissions and quantified tipping points for technology and reference electricity emissions where each technology becomes energetically or economically optimal. Developed framework for objective and transparent accounting methods for quantifying exergy efficiency and net carbon impact of atmospheric carbon dioxide removal including upstream emissions and avoided emissions. Modeled net-negative carbon devices with Cantera chemical kinetics toolbox in MATLAB and explored ASPEN-Plus biomass gasication and pre and post combustion carbon separation. Integrated Life Cycle Analysis for upstream emissions and electricity references. Developed new attribution methodology of energy and cost due to upstream (also known as fugitive) emissions and downstream electricity exports. Performed robust sensitivity analysis on results and methodology to allow biological and chemical atmospheric carbon dioxide removal to be compared to each other and current options for avoiding carbon emissions. Formulated recommendations for future research priorities and specific deployment options for very low atmospheric carbon dioxide concentration targets. -
Keynote Team Member, Clean-Tech Investor Summit 2013Technology Partners Sep 2012 - Feb 2013Researched overall renewable energy and Clean-Tech trends in marketplace. Coordinated directly with partners Ira Ehrenpreis and Marc van den Berg as part of small team of Stanford Researchers to conceive visual aids and write the keynote address for the Clean-Tech Investor Summit 2013.
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Stanford Team LeaderAmerican Public Power Association, American Samoa Power Authority Sep 2009 - Dec 2011Arlington, Va, UsLed consulting team of three Stanford Researchers to quantify best options for integrating renewable electricity on isolated grids of outlying islands in order to reduce cost, improve reliability, improve security, and lower greenhouse gas emissions. Evaluated potential for onsite coconut oil to be used directly or transformed into biodiesel for electricity production in existing diesel generators, while coordinating with other team members to complete assessment of onsite wind, solar and pumped-hydroelectricity storage. Collaborated with American Samoa Power Authority personnel to deliver near-term, mid-term, and long-term recommendations for deployment at optimal cost. Identified projects with near-term co-benefits for the main electrical grid after devastating 2009 tsunami wiped out half of the 40 MW electrical generation capacity of the main island. -
Thermokinetics Expert ConsultantAgni Energy Jun 2010 - Dec 2010- Thermokinetics expert consultant for thermodynamic efficiency and thermokinetics for start-up company AGNI Energy Corporation. - Modeled fundamental thermokinetics of agro-waste devolatilization with the end goal of creating a drop-in replacement fuel for coal from unused agricultural wastes. - Performed laboratory experiments in order to refine computational model.
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Technical ConsultantFlodesign Wind Turbine Oct 2008 - Nov 2008Consulted with Harvard & MIT business school students and with Flo Design on the technical challenges of adapting their shrouded turbine design for instream hydroelectricity generation.
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Staff EngineerChena Power Company Oct 2007 - Sep 2008Primary engineer onsite maintaining isolated electrical grid with first low-temperaturegeothermally-driven binary geothermal electricity unit. Coordinated with team of engineers at United Technologies Research Center to operate unit and with Director of Alaska Center for Energy and Power at University of Alaska, Fairbanks. Continued work on geothermal unit which had received honors from Department of Energy, NSF, EPA, and a 2007 R&D 100 Award. Worked on integrating geothermal plant induction generator with utility scale battery bank on isolated grid and designed long term plan for integrated energy management for site as a whole. Fulfilled 2007 SBIR Grant generating hydrogen from electrolysis and experimented with mixing with the propane and feeding into unmodified propane appliances to decrease reliance on propane. Installed and operated onsite hydrogen electrolyzer, and explored generating hydrogen as a means of storing excess geothermal electricity during non-peak electricity usage. Co-founded educational state nonprofit for educational energy program at site. Contributing Author to Fairbanks Borough Strategic Energy Plan, used as example for 2009 Alaska State Energy Plan.
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Masters Graduate Research Assistant, Environmental Fluid MechanicsStanford University Sep 2005 - Mar 2007Stanford, Ca, UsComputational Fluid Mechanics modeler, instrument designer, and scientific scuba diver for field deployment of underwater devices for field measurement campaigns in Puget Sound, Washington and French Polynesia. Integrated computer models with measurements for surface signature of turbulent flow vortices over channel obstructions for Office of Naval Research project. Designed, fabricated, and deployed set of autonomous current measuring devices to measure surface currents in coral reefs, estuaries, and ocean around coral reefs for NSF project in French Polynesia. Devices communicated automatically, could transmit upon request, were successful on repeated deployments, and withstood robust use for over four years.
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Staff EngineerCh2M Hill Jun 2005 - Sep 2005Englewood, Colorado, UsWorked independently on projects covering water supply models and wastewater treatment plants. Began developing metrics for national security standards for power plants. Contributing author on 2005 California State Water Plan.
Lena Perkins, Phd Skills
Lena Perkins, Phd Education Details
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Stanford University Graduate School Of BusinessCertificate Program In Innovation And Entrepreneurship -
Stanford UniversityFocus On Energy Systems And Thermosciences
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Stanford UniversityEnvironmental Fluid Mechanics
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University Of California, DavisHydraulics And Fluid Mechanics
Frequently Asked Questions about Lena Perkins, Phd
What company does Lena Perkins, Phd work for?
Lena Perkins, Phd works for City Of Palo Alto
What is Lena Perkins, Phd's role at the current company?
Lena Perkins, Phd's current role is Energy Markets, Transmission, Utility, Hydroelectricity, Emissions Expert.
What is Lena Perkins, Phd's email address?
Lena Perkins, Phd's email address is le****@****lto.org
What is Lena Perkins, Phd's direct phone number?
Lena Perkins, Phd's direct phone number is (650) 723*****
What schools did Lena Perkins, Phd attend?
Lena Perkins, Phd attended Stanford University Graduate School Of Business, Stanford University, Stanford University, University Of California, Davis.
What are some of Lena Perkins, Phd's interests?
Lena Perkins, Phd has interest in Children, Stationary Electricity Generation, Exergy Analysis, Environment, Carbon Limited Energy, Science And Technology.
What skills is Lena Perkins, Phd known for?
Lena Perkins, Phd has skills like Engineering, Renewable Energy, Energy, Matlab, Modeling, Science, Simulations, Research, Solar Energy, Life Cycle Assessment, Carbon Footprinting, Quantitative Research.
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