PACKAGED TERMINAL
HEAT PUMPS
EERE Building Technology Program – PTHP & PTAC- Energy Conservation Standards address The Fedreral Register Part III from DOE's 10 CFR Part 431
PTHPCarrier Model Nos. 52PQA Series-

Philadelphia's Convention Center was the site of the young solar industry assoc- first national tour entitled, PV America's. Mayor Nutter and Governor Rendell welcomed the Solar Energy Industry Association,(SEIA) membership and participated in what was a noteworthy event for continued regional solar development.
The June expo was electrified with news on developing advances in thin film solar technology as Mayor Nutter welcomed the opportunity to tell solar industry leaders about his mission to make Philadelphia the greenest city in the nation by 2015.
Governor Rendell's support of solar growth expanded upon existing strategies in PA that promise to boost clean energy sectors statewide by announcing his intentions to push Pennsylvania into the top tier states for energy independence.
Rhone Resch, SEIA President, reported that U.S. PV and solar energy industry grew significantly in 2008 despite the economy. Resch also predicted strong, continued expansion as concentrating solar power technology plants complete construction. Additional plant operations promise to drive the U.S. totals for installed PV and solar generation capacity from 10,000 MW well past the 30,000MW mark.
The conference delivered the latest solar news from around the world shining a light on a very bright future in store for all segments, a message that has been long awaited here in the U.S. International colleagues from research, development, and academia were excited by the chance to meet and share inspiring presentations and success stories.
SEIA encouraged learning opportunities for all at the young association's first conference by scheduling one conference day open to the public attracting hundreds of students from universities across the Northeast who came to meet industry’s top scientists, see the latest in solar advancements and to participate in fascinating discussions.
June 27, 2009
10:00 am to 3:00 pm
Masonic Hall
Edgewood Rd, Yardley, Pa
Door Prizes
Learning Center
Demonstrations
Green Energy Vendors
Solar Panels
Wind Power
Recycling Artists
Mayor Nutter Strikes Deal with Noresco: City Hall Energy Analysis
HOW ENERGY AUDITS WORK
By Gail McMaster
Reducing energy use at home, work and at play is critical to our nation, our communities, our pocket books and all of our families.
Learning to reduce energy use begins at the intersection of one's energy knowledge base; commitment level, values and and last but not least..one's behavior.
Energy conservation at home creates value in your home! And can be the vehicle many families report brought their families back together!
a background in electrical, engineering, building performance efficiency standards and the stamina to safely analyze and retrofit to reduce your energy use,
I say more power to you! Simply put, the rest of us, need a certified energy auditor.
Please read Quick Tips in the center column of this page, then go to the weatherization page for information on tools and products.
If you have questions, you would like to contact an energy auditor or sign up for our free classes, please contact Us!



| Tool | Applications | Free | Recently Updated |
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heat, air, moisture transport, walls |
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electrical system, renewable energy system, planning and design software, modeling, simulation, energy usage, system performance, financial analysis, solar, wind, hydro, behavior characteristics, usage profiles, generation load storage calculations, on-grid, off-grid, residential, commercial, system sizing, utility rate plans, rate comparison, utility costs, energy savings |
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optimization, pipe optimization, pump selection, duct design, duct sizing, chilled water systems, hot water systems |
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home energy rating systems, home energy, residential modeling, weatherization |
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Thermal heat bridges, heat flow, steady state, 2D, 3D, transfer coefficients, thermal conductance, simulation, vapor transfer, diffusion, energy performance |
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thermal design, thernal analysis, energy simulation, dynamic simulation, system simulation |
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buildings, HVAC, simulation, energy performance |
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thermal simulation, energy consumption |
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operating cost, bin data, residential, commercial |
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building information modeling, interoperability, energy performance, DOE-2, EnergyPlus, CAD |
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energy simulation, thermal analysis |
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Automated Benchmarking System Automation Portfolio Manager |
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building simulation, energy, daylight, thermal and moisture analysis, indoor climate |
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design, daylighting, energy performance, prototypes, case studies, commercial buildings |
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air-conditioning, heating, on-site power generation, heat recovery, CHP, BCHP. |
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Building Energy Modelling and Simulation: Self-Learning Modules |
energy simulation, buildings, courseware, self-learning, modeling, simulation |
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Whole building analysis, energy simulation, renewable energy, retrofit analysis |
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energy performance, ventilation, air flow, indoor air quality, noise level |
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annual energy use, durational diagram |
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Energy Benchmarking; Retrofitting Simulation; Energy Management; Carbon Management |
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cellar, heat loss, design rules |
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Energy management, energy efficiency, evaluation, simulation, modeling, enviro- performance CO2 footprint. |
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CHP, cogeneration, capacity optimization, distributed generation |
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energy performance, design, retrofit, residential buildings, commercial buildings, passive solar |
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Multiphysics, simulations, modeling, heat transfer, finite element |
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Load calculation, Pipe sizing & Radiator selection, Duct sizing, Hot and cold water design, SAP, iSBEM, EPCs, Psychrometrics. |
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building services, single model, energy simulation, sizing, HVAC, plumbing, sewage, electricity, solar, analysis of acoustic behavior |
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EPBD, Energy Performance Certificate, Delivered energy, Energy Demand Calculation |
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distributed power generation, on-site power generation, CHP, BCHP |
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Coupled heat, air and moisture transport, porous materials, building envelope |
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demand response, load estimation, EnergyPlus |
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energy performance, heating, cooling, thermal comfort, design |
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desiccant system, air-conditioning, system design, energy analysis, dehumidification, desiccant-based air treatment |
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whole-building, energy, comfort, natural ventilation, double-skin facade |
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Building energy simulation, visualisation, CO2 emissions, solar shading, natural ventilation, daylighting, comfort studies, CFD, HVAC simulation, pre-design, early-stage design, building energy code compliance checking, OpenGL EnergyPlus interface, building stock modelling, hourly weather data, heating and cooling equipment sizing |
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building simulation, design process, calculation, building thermal properties, natural temperature, graphical interfaces, state space method, maximum load. |
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energy performance, design, retrofit, research, residential and commercial buildings |
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energy benchmarking, environmental benchmarking, energy audit, invoice verification and reconciliation, performance contract verification |
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building modeling, energy savings analysis, retrofit optimization (work scope development), investment analysis, online energy analysis tool, multifamily building analysis |
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N/A |
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for architects, integrated in BIM software, one click evaluation |
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environmental design, environmental analysis, conceptual design, validation; solar control, overshadowing, thermal design and analysis, heating and cooling loads, prevailing winds, natural and artificial lighting, life cycle assessment, life cycle costing, scheduling, geometric and statistical acoustic analysis |
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whole building performance, building incentives |
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standards and code compliance, whole building energy performance |
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Earth energy, boreholes, ground heat storage, ground source heat pump system (GSHP) |
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energy calculation, commercial buildings, bin method, economic analysis |
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energy performance, load calculation, energy simulation, commercial buildings, daylighting, life-cycle cost |
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building energy efficiency, early design optimisation, architecture oriented, solar toolbox, SIA 380/1 compliance |
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energy tracking, energy alerts, wireless monitoring |
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benchmarking, energy efficiency screening, end-use energy analysis, building performance analysis, utility programs |
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design, residential buildings, commercial buildings, energy efficiency, load calculations |
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degree days, historical weather, mean daily temperature, load calculation, energy simulation |
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conceptual design, residential buildings, small commercial buildings |
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Building simulation, energy simulation, building energy modeling, ASHRAE commercial code LEED NC 2.2 EA Credit 1, federal commercial building tax deductions, EPACT 2005 qualified software, Florida code ASHRAE Standard 90.1 App G, DOE 2.1E |
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residential, energy calculations, code compliance |
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energy simulation, load calculation, building performance, simulation, energy performance, heat balance, mass balance |
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California Title 24, compliance software, energy simulation, commercial, residential |
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efficiency calculation, energy rebates, home contractor search |
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energy performance, design, residential and small commercial buildings |
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energy performance, simulation, energy use analysis, design performance analysis, LEED, Energy and Atmosphere Credit analysis, Title 24, analysis, life cycle costing, DOE 2, PowerDOE, building design wizard, energy efficiency measure wizard, eem |
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energy simulation, environmental performance, commercial buildings, residential buildings, visualisation, complex buildings and systems |
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energy accounting, utility bills, calibration, retrofit, simulation |
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energy performance, design, retrofit, research, residential and commercial buildings |
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single buildings, multibuilding facilities, central energy plants, thermal loops, energy simulation, retrofit opportunities, life cycle costing, emissions impacts, alternative financing |
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2D heat transfer, cold bridge, fenestration, frame U-value, thermal bridge |
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airflow, heat transfer, simulation, HVAC, ventilation |
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2D, thermal transfer, transmittance, conductance, energy analysis, fenestration, window, U-value, EN ISO, surface condensation, moisture, dew point, frame, glazing, spacer |
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energy performance, research, advanced cooling and dehumidification |
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gas cooling, hybrid HVAC systems |
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Heat air and moisture, simulation laboratory, hygrothermal model, PDE model, ODE model, building and systems simulation, MatLab, SimuLink, Comsol, optimization |
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energy performance, load calculation, energy simulation, HVAC equipment sizing |
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heat transfer, 2D, dynamic, simulation |
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whole building simulation, energy efficient design, climate responsive design, energy costs, indoor air temperature |
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internet-based energy simulation, residential buildings |
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Energy use and savings analysis. |
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remote power, distributed generation, optimization, off-grid, grid-connected, stand-alone |
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energy performance, design, residential buildings, energy simulation, passive solar |
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energy performance, design, residential buildings, energy simulation, passive solar |
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hydronic heating, radiant heating, simulation, design, piping |
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design, energy performance, thermal comfort, indoor air quality, commercial buildings |
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energy management, power quality, power reliability, cost allocation |
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thermal model, building zone simulation, MatLab/SimuLink |
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airflow, passive cooling, energy simulation, mechanical ventilation |
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heating energy, cooling energy, energy simulation, load calculation, standards, Life Cycle Analysis |
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building energy modeling, design, retrofit |
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HVAC project design, sizing, calculations, energy simulation, commercial, residential, solar |
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CFD, airflow, air quality, thermal performance |
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energy simulation, heating and cooling loads, residential buildings, code compliance, hourly |
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object-oriented simulation, energy simulation, controls, energy audit, energy-saving, energy performance, dynamic simulation, research, education, heating, air conditioning |
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Passive simulation, load calculations, natural ventilation, evaporative cooling, energy analysis. |
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Lighting audit retrofit software, Lighting retrofit rebate programs, Lighting design and analysis |
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solar protection, solar shading, windows, buildings, solar energy transmittance, solar heat gain coefficient, energy demand, heating, cooling, comfort, daylight |
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energy balance, high-performance houses, passive houses |
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heat transfer, mass transfer, radiation, convection, steady-state, transient, 2-D, 3-D |
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Solar System Design Simulation Software (and Heat Pump) |
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Heat transfer, load calculation, BESTEST, GPL, Free source |
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Moist air state, dry bulb, wet bulb, relative humidity, sensible heat, moisture content. |
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photovoltaic, facade, yield, electrical |
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Design, residential to large commercial buildings, heating load, cooling load, HVAC |
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energy simulation, residential buildings, code compliance, design, weatherization, equipment sizing, EPA Energy Star Home analysis |
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home energy rating systems, residential buildings, energy simulation, code compliance, design, weatherization, EPA Energy Star Home analysis, equipment sizing |
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residential loads calculations, duct sizing, energy analysis, HVAC equipment selection, system design |
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Energy calculation, heat loss calculation, system comparison, dimensioning, 3D modeling |
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air conditioner, life-cycle cost, energy performance, residential buildings, energy savings |
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transient simulation, control, integrated control, control performance, graphical simulation environment, modular, system analysis, HVAC |
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slab on the ground, heat loss, design rules |
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object-oriented simulation environment, building and plant simulation, complex energy systems, time continuous hybrid systems |
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passive solar, house design, building design, building services, design tools |
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design, residential and small commercial buildings |
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thermal performance calculation, solar architecture, residential buildings, design checklists |
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Direct gain, passive solar |
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object-oriented, research, complex systems, energy performance, short time-step dynamics |
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energy performance, residential and small commercial buildings |
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design, retrofit, research, residential buildings, small office buildings, energy simulation, passive solar |
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Energy analyses, load calculation, comparison of system and equipment alternatives |
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Building dynamic thermal simulation, building simulation , comfort, CFD, thermal analysis, energy simulation |
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Energy Efficiency Optimization, Simulation, Variant Comparison, Visualization of energy flows |
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Energy performance, load calculation, HVAC equipment sizing, energy simulation, commercial buildings |
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weatherization auditing software, BESTEST, Home Performance with ENERGY STAR® auditing tool, retrofit, single family, multifamily residential, mobile homes, HERS ratings, load sizing. |
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energy simulation, load calculation, building performance, simulation, research, energy performance, renewable energy, emerging technology |
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energy performance, design, retrofit, research, residential and commercial buildings, indoor climate |
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energy performance, code compliance, design, research, residential and commercial buildings, costs, environmental sustainable |
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energy performance, code compliance, design, research, residential and commercial buildings, costs, environmental sustainable |
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energy, energy efficiency, energy performance, energy simulation, design, retrofit, research, residential and commercial buildings, simulation, HVAC, DOE-2 |
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hygrothermal model, building simulation, MatLab/SimuLink Tool |
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State College, Pa, Hundreds gathered for the PA Home Energy Conference held at Penn Stater Conference Center in March.
The PA Home Energy Event sponsored by West Penn Power, Keystone HELP Low Interest Loan Program and PSD Consulting brought energy experts from Washington, Harrisburg and across the country to help Pennsylvanians reduce energy use.
National EPA Directors, Sam Rashkin and Chandler Von Schrader, PUC Chairman, James Cawley represented leadership committed to
assisting and identifying the economic opportunities and strategies of energy efficiency.
Their presence at the conference called attention to exciting expansion happening in Pennsylvania and to the extraordinary needs and
benefits that come when we act together to reduce
energy use.
The conference showcased achievements made by PA energy efficiency leaders who saved tons of carbon dioxide and tens of thousands for Pennsylvanians over the past year and committed to saving even more CO2 emissions.
Reduced energy use in homes and business building science creates heathier interior environments for occupants and extends the life of the building itself.
The event offered trainings, technology demonstrations covering every stage of energy auditing process, life cycles and the stimulus backed Keystone HELP loan and rebate programs.
Our Green Mission
Our nonprofit was established to educate, promote and maintain an alliances with those committed to integrating sustainable development with energy efficiency, alternative energy and recycling.
We seek to create educational,
training and career opportunities and to share resources that serve students, adults, families, elderly, groups, educators, businesses and communities.
Our mission also supports applying best practices and accountability as we demonstrate respect for ourselves, all people and the Earth.