Skip navigation

Energy Services


  • Energy Services

    From our flagship wind resource assessment program and renewable energy assessments to public outreach in classrooms and other venues, the Institute  works hard to be a reliable resource for your energy needs.  Learn more about our services below and please contact us to discuss how we can assist you. 

  •  Renewable Energy & Energy Efficiency Assessments

    Jacobs Small Wind Turbine in PALet the Institute for Energy assist you in finding ways to improve the efficiency of your home, farm or business and suggest the potential for renewable energy generation.

    Agricultural Producers & Small Businesses
    The Institute for Energy is currently able to offer farms and businesses FREE resource assessment reports to help you make wise energy decisions. You will be provided with a detailed wind and solar analysis, along with geothermal, hydro and biomass potentials and suggestions for improving energy efficiency. Interested in our assessment program? Contact us by emailing energy@francis.edu or filling out the form below.

    Homeowners
    Institute staff have the resources to seek out inefficiencies in your home and make suggestions for improvement and adding renewable energy generation. Interested in our program? Contact us by emailing energy@francis.edu or filling out the form below.Infrared Door

    • Basic Home Assessment - $75.00
      Walk through of the home. Identification of health hazards, energy saving opportunities (including use of infrared technology), and analysis of electricity usage and needs.

    • Detailed Home Assessment - $150.00
      Walk through and testing of the home. Identification of health hazards, energy saving opportunities (including use of infrared technology and blower door equipment*), and analysis of electricity usage and needs. We will also assess your potential to utilize renewable energy technologies.

    • Home Energy Audit Performed by BPI Certified Building Analysts - $300.00
      Walk through and testing of the home. Identification of health hazards (including analysis of combustion appliances), energy savings opportunities (including use of infrared technology and blower door equipment*), and analysis of electricity usage and needs. We will also assess your potential to utilize renewable energy technologies.

      *Blower door testing may not be conducted if health or safety issues are found in the home. 
      Prices and services subject to change without notice.

    Our assessment services are made possible, in part, thanks to the support of the Penelec Sustainable Energy Fund,  the Robert Waters Charitable Trust, and the Community Initiatives Fund, all part of the Community Foundation for the Alleghenies.

  • Wind Resource Assessment Program

    Patton Wind FarmThe Institute for Energy runs the Wind Resource Assessment Program (WRAP), which includes Pennsylvania's only anemometer loan program.  This wind assessment service allows landowners to learn if their site has commercial wind potential. If our pre-feasibility analysis indicates there is utility scale wind potential at the site, the landowner will qualify to rent our equipment.  Wind speeds vary throughout the course of the year, so studies typically measure the resource for a minimum of 12 months. Learn more about our equipment, the places we have assessed and an example of a successful project in the tabs below. 

  • Our Equipment

    Meteorological TowerWe have 60 meter tall NRG Now System XHD meteorological (met) towers available to loan. Each tower is equipped with anemometers (for measuring wind speed), wind vanes (for measuring direction) and a temperature sensor.

    Learn about current pricing and equipment availability by contacting IFE staff through the form below, via email: energy@francis.edu, or by calling: 814-472-2872.

    Data We Have Collected

    There has been an incredible amount of interest in the Community Wind Project since its establishment by the Pennsylvania Department of Environmental Protection in 2005. We've received over 600 applications from nearly every county in Pennsylvania. We have had 12 wind assessment projects in 7 counties and each site has collected a full 12 months of data.  See the map below. We know this data is valuable both for project development on-site and also for validation and correlation purposes for other wind projects in the region - and for other research purposes. Contact us for information on our data and how to obtain it. 

    Meteorological Tower Locations

    Community Wind Project Site Assessment  Data

    Location Average Wind Speed at 50 m
    Wind Power Class (1 to 7)
    1) Rockwood, Somerset County10.80 mph (1)
    2) Boswell, Somerset County10.20 mph (1)
    3) Portage, Cambria County10.20 mph (1)
    4) Ebensburg, Cambria County13.87 mph (2)  
    5) Patton, Cambria County15.30 mph (3)
    6) Greenfield Township, Erie County12.70 mph (2)
    7) Garret, Somerset County12.1 mph (1)
    8) Blue Knob, Blair County     11.95 mph (1)
    9) Palmerton, Carbon County15.72 mph (3)
    10) Freeland, Luzerne County13.28 mph (2)
    11) Chambersburg, Franklin County16.04 mph (3)
    12 )Mercersburg, Franklin County14.3 mph (3)

     

    An Example Project - Patton Wind Farm
     30 MW Generating Capacity
    15 2.0 MW Gamesa Wind Turbines  
    Completion Date: December 2012
    Owner: EverPower Wind Holdings, LLC

     In 2006, the Saint Francis University Renewable Energy Center began data collection at a site in northern Cambria County, near the borough of Patton, PA. Learn how this assessment led to the development of a 15 turbine wind farm.

    Wind Speed Map - Patton, PAIn September of 2005, the REC received an application to measure the wind resource in agricultural land to the north and west of Patton.  A review of our wind maps indicated the potential for class 3 wind speeds (14.3 - 15.7 mph [in blue]) at 50 meters above the surface, enough to support utility scale wind turbines.  After permits were approved and reviews completed, a 50 meter NRG meteorological tower was installed at an elevation of 2,220 feet (near the blue area on the above wind map - in orange above the 'ed' in Saint Benedict).  The tower was placed in an open field away from obstructions.  The tower collected data beginning in June of 2006 and continued to do so until collection ended in March 2008.  The tower was removed in April 2008.    

    Patton Wind Farm Data Wind SpeedTo have a thorough understanding of the wind resource at a location, it is best to collect at least one year's worth of data.  In chart one, average wind speed, notice that wind speeds are stronger during winter months than they are during mid to late summer.  In the second chart, diurnal wind speed,  notice that wind speeds are slightly stronger during nighttime hours.  Below, the third chart, wind direction frequency, shows that the wind comes predominately from the west and southwest at this site.  The fourth chart shows that wind speeds of 10 to 14 m.p.h. were the most commonly occurring during the period of June 2006 - September 2007. 

    Patton Wind Farm Wind Direction and FrequencyWith an average annual wind speed of 15.3 mph measured at the site, the center helped coordinate a request for proposals to potentially install a wind farm at the site.  Tasks to development included 1) permitting (including environmental and interconnection to the grid), 2) public review, 3) securing a power purchase agreement, 4) securing financing, 5) equipment procurement, 6) construction contracts, 7) construction, 8) maintenance contracts.  Through a competitive process, OwnEnergy, Inc. was selected to move forward with the project.  The developer worked with local farmers Marty and Rick Yahner to gain the support of landowners and determine where the turbines would be placed.  

    EverPower Wind Holdings, Inc. purchased the project from OwnEnergy in late 2011.  The wind farm was in operation at the end of 2012 (see photo gallery below and visit our Facebook Page for more).  Photos courtesy of Marty Yahner.  
    Learn more about OwnEnergy's and EverPower's roles in this project at their respective websites and see more photos.

    Patton Wind Farm Construction Photos 1

    Patton Wind Farm Construction Photos 2

    Patton Wind Farm Construction Photos 3

    Patton Wind Farm Construction Photos 4



  • Classroom Visits

    Classroom Visit Wind TurbinesThe Institute conducts classroom visits to enrich student learning on the subject of energy. We help to answer questions such as “where does the electricity lighting the classroom come from?” and "how tall is a wind turbine?"  We also address environmental and economic considerations associated with energy usage, with an emphasis on issues relevant to Western Pennsylvania. Programs can be customized for time and audience. 

    Hands-on learning is a major component of our educational outreach. Hydro Demonstration Summer CampThanks to the support of the Pennsylvania Department of Environmental Protection, we are able to demonstrate electricity production from sources like solar, wind and hydro. Our KidWind kits allow students to create and test different blade and turbine designs to determine which are the best at generating electricity or lifting weights and our solar kits allow for solar resource assessment and experimentation with electricity. Email energy@francis.edu or fill out the form below for details!

  • Energy Resources for Educators
    Resource for Greening Your School


  • Presentations and Seminars

    Presentations and SeminarsInstitute staff deliver presentations to various audiences throughout Pennsylvania each year on topics such as wind farm development and renewable energy feasibility assessments. We occasionally host our own events and you may also find us exhibiting at farms, fairs, expos, and other community events. 

  • Tours

    Energy ToursTo illustrate energy, we partner with area facilities to give individuals the opportunity to see energy in action. Cambria County, which calls itself the “Energy County,” features various energy sources producing valuable electricity, heat and fuel.  


  • Energy Services Contact Form

     Name:  
     Phone:  
     Email:  
     Location:  
    Service:
          
    What can we help you with?