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Green Schools:



Building + Human + Community

Together

What Is Green Schools?



 School Energy Efficiency Process

 Emphasizes the “why’s” of taking energy

efficient action

 Combines instruction and facilities

 Based on planning by cross-functional teams

 Involves students in school and community

 Funds returned as a consequence of behavior

Where Did the Green Schools

Program Come From?

 Need:

 Public schools spend $4.25 billion/year on energy

 Schools are under-retrofitted

 Research:

 An energy efficiency retrofit will not realize its full

potential without an educated user. (ASE:

Niagara Mohawk study)

 An educated energy consumer can make

significant contributions to energy efficiency with

or without a retrofit. (USDOE: Twin Rivers study)

What’s the



Alliance to Save Energy?

 22-year old bi-partisan coalition

 Business

 Non-profit

 Public interest/consumer

 Government

 Technology affinity

 Focus

 Research

 Policy

 Education

Who funds Green Schools ?

 Private Foundations

 Pew Charitable Trusts

 William Penn Foundation

 Utilities

 Southern California Edison

 Niagara Mohawk

 New York State Electric & Gas

 NORDAX

 State and Local Government

 US Department of Energy

 NYSERDA

 NH Governor’s Office of Energy and Community Services

Connecting Energy Efficiency

to Schools’ Core Business

 Instructional and thematic planning



 Interdisciplinary



 Hands-on, inquiry-based, and cooperative

learning opportunities



 Congruence with service learning and project-

based education

Instructional & Thematic

Planning

 Each school team plans activities in

instruction, behavior, and involvement.

 Example: Back to school night

 Plans are integrated with the sequence of

instruction.

 Example: Energy transformations taught as part of the unit on

butterfly stages of transformation

 Plans are coordinated with events during the

school year.

 Example: Applying energy concepts learned previously to the

preparation, consumption, and clean-up of one class’s Thanksgiving

feast

Interdisciplinary

Studying energy efficiency naturally touches:

 Science

Properties of heat and electricity, definitions of energy, etc.

 Math

Calculating energy savings, estimating, converting units, etc.

 Social Studies

Energy history (consumption, fuel sources, etc.), laws and

regulations, social responsibility, social impacts of changes in

energy sources and environmental effects, etc.

Interdisciplinary (continued)

 Environmental Studies

 Effects of energy production, consumption, inefficiency,

disposal, etc.

 Technology

 Machines that convert fuel to useful energy, etc.

 Language Arts

 Reading, vocabulary, letter writing, oral communications,

public displays, etc.

Hands-On, Inquiry-Based

Examples

 Students surveyed their own homes to find out what energy

sources they use. They shared information with classmates,

pooled data, and generated graphs.



 Students compared temperatures in different parts of their

classroom and discovered the factors affecting temperatures at

the windows, doors, and walls.



 Students identified windows as the source of their greatest

discomfort. They researched their options and decided as a

group to make window quilts to cuts drafts and keep room

temperature constant.

Service Learning and Project-

Based Learning

 Service learning: taking what students

know and sharing it in the community

 Examples: Energy efficiency auditing local buildings (e.g., a

church)

 Public presentations on energy efficiency in buildings for

other students (peer learning) and community organizations





 Project-based learning

 Examples: School newsletter on Green Schools and the

environment

 School-wide energy conference

Results in

Philadelphia Green Schools

 Operations/behavior savings at almost

every school

 Average 11% in Philadelphia pilot schools

 Savings returned to schools as a

consequence, not a reward. During

pilot year:

 ~$30,000 saved at ML King High Schools (received 40%

back or $12,000)

 ~$10,000 saved at Prince Hall Elementary during first year

(received back 40% or $4,000)

Results (continued)

 Makes energy visible/conscious



 Improved communications among team

members; improved school functioning



 Integrated learning

Next Steps

 Include energy from solar cells as part of

program

 Solar Now with proposed expansion in Philadelphia

 Targeted approach

 Summer savings program in California

 Offer as part of a comprehensive school

energy efficiency package

 NYSERDA programs for schools offered with Green Schools



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