Incorporating Sustainable Systems into Your Home Design SolarTerra Design LLC.

Slides:



Advertisements
Similar presentations
Copyright 2007, Living Off-Grid: Solar-efficient, Resource-efficient, Enjoyable To move through this presentation at your own pace,
Advertisements

New York Life Building 20 West Ninth Street Mike Thome Hoss & Brown.
Chapter 6 Solar Energy. Objectives State why solar energy is one of the long term options for energy independence. Describe 3 basic types of active solar.
1 Solar Energy. 2 Solar paybacks Helps the environment: No carbon dioxide (Global Warming) Gain independence from utility grid, be self-reliant Cost of.
Futureview Solar Solutions Elysburg, Pa. Call
The NEED Project: 30 Years of Energy Education1 Solar Energy.
Solar Hot Water Solar Hot Water Direct versus Indirect – Direct: Potable water heated by sun Best where freezing not a concern –
Finding your Solar Solution Toronto Atmospheric Fund – TowerWise Renewable Seminar February 4 th, 2010.
Solar Energy. Radiant Energy Solar Radiation Average Daily Solar Insolation Per Month.
Solutions that make life green!.  NABCEP Certifications for Solar PV and Solar Thermal  Solar Contractors and Engineers since 1986  Solar & Mechanical.
By Dale A Gulden, Solar Direct CEO. Solar Electric – Basic Components 1. Modules – solar electric collectors. 3 basic types in the marketplace: Mono crystalline,
SOLAR HEATING Solar energy can be used for Solar water heating Solar space heating Solar pool heating.
Team 6B: Design of Solar Water Heater for a single family home Speakers: Nabila Sharieff (Project leader) Kodjo Quaye (Calculations lead) Rita Saad (CAD.
Energy & Its Impact on Global Society Jerome K. Williams, Ph.D. Saint Leo University Dept. Mathematics & Sciences.
Chapter 12: Alternative Technologies To be used with the Guide to Building Energy Efficient Homes in Kentucky.
Solar Energy Solutions Hans Albee – ReVision Energy.
Solar Domestic Hot Water
SOLAR POWERED HOT WATER HEATERS Sustainable Design Building System Research.
Solar thermal energy Eng. Elamir Ahmed. Definition of solar thermal energy  Solar thermal energy is a renewable energy source.  Solar thermal uses technology.
SOLAR HOT WATER Erica Mevs DFN Origin The shallow water of a lake is usually warmer than the deep water. The sunlight can heat the lake’s bottom.
Keeping them Straight October 11,  Piping components come in two categories  Building Piping Components  Underground Piping Components.
Sustainable House. Passive Solar Design. Passive solar design is the process of designing and orientating new buildings or modifying existing ones to.
Solar Water Heating Bob Ramlow Chapter 5: Solar Water Heating Systems Bruce Hesher Engineering Technology Brevard Community College.
Louisiana Solar Energy Society PV BASICS. Louisiana Solar Energy Society Three Types of Solar: 1.Photovoltaic (PV and PVL) 2.Solar Thermal 3.Solar Pool.
Navy Region Southwest Renewable Energy and Distributed Generation Projects Presented by: Dale Foster, CEM Tetra Tech At: National Defense Industrial Association's.
H & H Solar Energy Services Solar Electric (PV) & Solar Thermal/Hot Water Installation Services.
SOLAR ENERGY IN TURKEY Sustainability through Eco Management and Audit Scheme.
Photovoltaics. Agenda What is PV? System Types Mounting Options Product Options System cost & performance System sizing considerations Advantages of PV.
Renewable Resources Unit 8. Electricity The production of most electricity depends on a spinning turbine which is connected to a generator made up of.
Solar Water Heating Bob Ramlow Chapter 6: Solar Space Heating Systems Bruce Hesher Engineering Technology Brevard Community College.
LEED New Construction & Major Renovations Rating System
Zero Energy Homes Speaker: Baha Alawi. What is a Zero Energy Home? An energy efficient home that uses renewable energy from the sun to produce as much.
Conservation and Environmental Design and Construction
PV System Components Advanced Engineering The Technology Landstown High School.
Photovoltaic (fo-to-vol-ta-ik) systems are solar systems that produce electricity directly from sunlight. The term "photo" comes from the Greek "phos,"
Sustainable energy is the provision of energy that meets the needs of the present without compromising the ability of future generations to meet their.
Solar Hot Water for Home, Farm, & Ranch Using The Sun To Heat Water WSARE Ag Renewable Energy Training November 29, 2011 Susan Bilo, Montana State University.
By: Stacia Smart.  Heated by liquid or air in solar energy collectors.  Collect and absorb solar radiation.  Transfer solar heat directly to the.
Solar Hot Water for Home, Farm, & Ranch Using The Sun To Heat Water Bilo; Nov
A Sustainable Energy Future Renewable, Reliable, Clean, Efficient.
Mission Statement Axonometric View Site plan Floor Plan Roof Plan Plumbing plan South Elevation North Elevation East Elevation West Elevation Section.
HEATING SYSTEMS. Conventional heating systems The energy released by the burning fuel is transferred to the surrounding air by conduction, convection,
Active Solar Heating By: Steven and Evie. How It Works:
Solar Water Heating by Solar Texas.
SUSTAINABLE HOUSE. WHAT IS SUSTAINABLE HOUSE? Environmentally healthy Energy efficient Respectful of the natural environment Comfortable for living.
Solutions that make life green!.  NABCEP Certifications for Solar PV and Solar Thermal  Solar Contractors and Engineers since 1986  Solar & Mechanical.
F LORIDA S OLAR E NERGY C ENTER Creating Energy Independence Since 1975 A Research Institute of the University of Central Florida Northern Climate System.
Solar Thermal Heating Systems for South Central Alaska Andy Baker, P.E. Independent Clean Energy Consultant YourCleanEnergy LLC.
Photovoltaic Panels to generate electricity Six “banks” total 6.6kW = home requirement.
Photovoltaic Panels to generate electricity Six “banks” total 6.6kW = powers this house and charges a Nissan Leaf.
David Blittersdorf’s Green Home (East Side). Looking South is a Sunroom Topped with PVs.
Active Solar heating Used for space and or water heating
How much makes it through the atmosphere. Why a seasonal variation? First, why do we have seasons? Earth’s axis is tilted 23.5° to the plane of its orbit.
Tim Pollard Head of Sustainability Wolseley UK.
Website:

Solar Water Heating Bob Ramlow Chapter 3: Types of Solar Water Heaters Bruce Hesher Engineering Technology Brevard Community College.
One of the most advanced products of its league, this Pressurized Solar Water Heater System combines the stainless steel heat exchanger pipes and water.
By:- Aliza Ibrahim RRIMT,Lko.. Low-temperature Solar Heat is Ideal for Many Industrial Processes. American Solar’s heating designs meet America’s largest.
My Corvallis Home on 23 rd Street 2001 gray water irrigation system 2005 solar collector water heaters 2006 Rainwater collection system PV solar.
ACTIVE SOLAR DESIGN ALTERNATIVE ENEGRY SOURCES.
ES 79- Renewable & Alternative Energy Systems
My Corvallis Home on 23rd Street
PASSIVE SOLAR DESIGN ALTERNATIVE ENEGRY SOURCES.
Environmental Science
COMPONENTS OF SOLAR WATER HEATER
SEMINAR ON SOLAR WATER HEATER SUBMITTED TO: Mrs. Kavita Sharma SUBMITTED BY: Raghav Garg 5234/15 Electrical Engg. 6 th Semester.
collectors, operation and layout
My Corvallis Home on 23rd Street
Solar nova scotia case study: Solar Thermal Halifax
Presentation transcript:

Incorporating Sustainable Systems into Your Home Design SolarTerra Design LLC

Copyright 2010, What Home Systems are Sustainable? For purposes of this presentation, the systems are:

Copyright 2010, Solar Thermal Systems

Copyright 2010, Solar Thermal Systems What to heat? –Space heating: radiant, forced air, radiators, other –Domestic H/W What size? –Home heat load calculation –Bedrooms and baths What types for NAZ? –Drain down –Glycol What Technology? –Evacuated tubes –Flat plate Understand yours or your client's lifestyle requirements and personal goals for solar thermal Where to put equipment? –Collectors on the roof: solar access, azimuth, altitude, truss load, roof surface, pitch, gutters –Solar storage tank: size 80 to gallons, shape and material –Pipes: noise, ¼” per foot drainage, insulation, keep them short & straight –Back-up heating: tank or tankless Other considerations…. –Maintenance –Rainwater catchment –Snow (sun block & safety) –Heat dumps (hot tub?) –Rebates and tax credits

Copyright 2010, Solar PV Systems

Copyright 2010, Solar PV Systems How Much Electricity? –100% –Off-set peak loads What types for NAZ? –Grid Inter-tied –Off-grid What Technology? –Crystal –Thin film –Other Understand yours or your client's lifestyle requirements and personal goals for solar electricity Where to put equipment? –PV Modules: solar access, azimuth, altitude, close to inverter –PV Mount type: rack, pole, rooftop (roof surface, pitch truss load and gutters), venting –Battery box (vented) –Back-up electricity: grid, batteries and/or generator (noise and fuel) Other considerations –Maintenance –Rainwater catchment –Snow (sun block & safety) –Rebates and tax credits

Copyright 2010, Rainwater Catchment Systems

Copyright 2010, Rainwater Catchment Systems How much water? –Irrigation –Potable –All water (off-grid) What types for NAZ? –Clean air = clean water –Freeze protection required What Technology? –Fully buried: fiberglass and metal –Above ground or partially buried: poly and metal Understand yours or your client's lifestyle requirements and personal goals for solar thermal Where about equipment? –Simple roof design is best –Gutters must be STRONG, downspouts min 3 inches –All fill pipes must slope ¼” per foot –Storage tank(s): near home or remote –Pumps, filtration and purification –Back-up water – city or hauled –Plumbing with constant water must be freeze protected, large tanks do not Other considerations –Maintenance –Snow

Copyright 2010, If you’d like a copy of this presentation, or recommendations for books, web sites or workshops, please contact – SolarTerra Design LLC 7709 West Painted Rock Trail Williams, AZ www.solarterra.com SolarTerra Design LLC Our mission is to design innovative, comfortable homes that are environmentally considerate and use energy and resources efficiently in their construction, operation and maintenance.