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EnergyWISE clubs turn a school building into a practical classroom: students investigate lighting, plug loads, building systems and everyday habits, then explain what they find to their school community. The EnergyWISE program described in a 2019 Buildings feature was a student-led model in Horry County Schools, South Carolina—not evidence that the clubs or their reported school deployments are still operating today. Its central lesson remains useful: a school energy audit can teach students how buildings use energy while giving facilities staff a structured way to hear observations and consider practical improvements.
What did students do in the Horry County EnergyWISE clubs?
The reported clubs combined building observation, basic measurement, peer education and communication. Interested students applied to join, and the feature said teams were expected to have five to ten active members. Students presented energy-awareness information to classmates, learned about alternative energy systems such as solar panels and geothermal wells, counted classroom lights and estimated their combined wattage, and investigated plug loads with a Kill-A-Watt meter.
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The work did not stop at collecting numbers. Students wrote for school newsletters and local newspapers, gave building tours that explained energy-saving practices, and documented projects in notebooks or slide presentations. The feature describes end-of-year submissions for awards and recognition from the National Energy Education Development Project (NEED). That mix matters: an audit becomes a learning project when students can explain what they measured, how they interpreted it and what action might follow.
The Buildings feature reports that the Horry County program was customized for the district and implemented at five new net-positive schools in Myrtle Beach. These are historical details from the 2019 account, not a current inventory or a verified statement about present-day operations. The article does not provide measured energy or cost savings attributable to those clubs, so their activities should not be presented as proof of a particular reduction.
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The source also recounts a separate 2014 Charlotte-Mecklenburg partnership involving 18 schools and a web dashboard with student-friendly graphics showing real-time energy use. A participant described students checking whether their conservation plan was working. This is a historical example of making building data visible, not evidence that the same dashboard remains available or that students caused a verified savings result. An EdNC account separately describes student-facing readings at 15-minute intervals and school energy patrols; that example likewise illustrates an approach rather than a current service guarantee.
How can a school choose an audit method?
Start with the question students need to answer. Reviewing utility bills gives a broad view of a school’s energy use over time; checking appliances focuses on individual devices; recording use through the day can reveal when consumption changes. The NSW Department of Education’s overview of school energy audits identifies these as common approaches, each with a different scale and purpose.
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Outbyte PC Repair FREEClear out junk files and repair common Windows errorsFree Scan →Outbyte Driver Updater FREEFix the driver behind crashes, sound loss and screen glitchesFind Drivers →| Approach | What students examine | Best suited to | What it cannot establish by itself |
|---|---|---|---|
| Bill or building-data review | School energy records, often across billing periods | Setting a baseline and noticing broad or seasonal patterns | Which individual device or activity caused a change |
| Appliance or plug-load audit | Selected devices, using readings or estimates | Understanding device-level consumption and considering equipment or usage changes | Whole-building consumption from a small sample |
| Daily-use observation | Energy use or relevant activity at set times during a school day | Connecting schedules, activities and changes in use | Long-term savings without comparable follow-up data |
The approaches can be combined, but the order should fit the question and the data available. A bill review can give the team context; a targeted device study can investigate a possible contributor; a repeat measurement can check whether a later change corresponds with a different pattern. These are complementary views, not interchangeable measurements. If the goal is to estimate a device’s usage, be clear about what was measured and what was calculated. If the goal is to claim a building-wide result, a few classroom observations are not enough.
How do you organize a student-led school energy audit?
Before students take readings, agree on the audit’s scope with teachers and facilities staff. Decide what spaces and equipment are in bounds, what records students may see, who supervises measurements, and how findings will be reviewed. A school building contains equipment and restricted areas that students should not inspect or operate without authorization. Keep the project observational unless facilities staff approve a specific measurement or adjustment.
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- Set a focused question. Choose a manageable investigation, such as whether a classroom’s lighting and plug loads can be documented, when a selected area is most active, or what existing energy-saving practices students can explain on a tour. A focused question helps the group select a suitable method instead of trying to audit every system at once.
- Agree on access and safety. Ask facilities staff to identify permitted spaces, approved devices and any equipment students must leave alone. Establish adult supervision and a plan for recording observations. Students should not open electrical panels, alter building controls or handle building equipment as part of an informal audit.
- Build a baseline from available information. If the school can share energy bills or other building data, use them to establish a broad reference point. Record the period covered and any known changes in occupancy, schedules or building operations that could affect comparisons. If those records are unavailable, state that limitation and define a smaller observational project rather than implying a whole-building baseline.
- Choose the right scale and tool. For classroom lighting, students can count fixtures or lamps and estimate combined wattage, as the Horry County example did. For a selected plug-in device, a plug-in electricity meter can support a device-level study when facilities staff approve its use. It does not replace building monitoring or a professional audit. For daily patterns, agree on consistent observation times and record the conditions that could explain differences.
- Keep measured facts separate from estimates. Note the date, location, device or system, method, units and any assumptions. Label a wattage calculation based on equipment information as an estimate; do not describe it as a direct measurement of consumption. A device reading, a count of lights and a utility bill describe different things, so retain those distinctions in the final presentation.
- Develop recommendations with staff. Students can identify behavior or operational changes to discuss, but facilities personnel should assess whether a suggestion is safe, compatible with building operations and appropriate for the equipment. A change to lighting, controls or schedules may have implications beyond the energy question, including the needs of occupants and the building’s normal use.
- Present the findings and follow up where possible. Share the question, method, observations, limits and recommendations with school leadership and classmates. If an approved change is made and comparable data are available later, repeat the relevant measurement. A recommendation is not itself evidence of energy or cost savings.
This workflow reflects the student-team model described by the Kansas Energy Program’s K-12 Energy Benchmarking Project, which includes benchmarking, audit equipment, learning from energy professionals, conservation campaigns and presentations of results. Its page describes a Kansas resource; schools elsewhere should confirm regional access and current program availability before treating it as an enrollment option.
What can students measure—and what should they avoid claiming?
Students can make a useful contribution without attempting to become building engineers. A count of classroom lights can make lighting visible; a plug-load study can show how a selected device uses electricity; a review of bills can introduce whole-building patterns. Each finding is strongest when the scope is explicit. “The team recorded readings from these selected devices” is more accurate than “the team measured the school’s energy use” if the project covered only a few appliances.
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Recommendations also need an evidence trail. If students suggest switching off equipment when it is not needed, the group can explain the observation that prompted the idea. But unless the school makes the change and collects comparable follow-up data, it cannot say the proposal saved energy or money. Even after a change, a before-and-after difference may have other explanations, such as seasonal conditions or a different operating schedule. The available Horry County reporting does not supply a verified savings figure for its clubs.
For building owners and facilities teams, the practical value is partly diagnostic and partly educational: students may notice patterns or practices worth discussing, while the process helps them understand why energy decisions involve systems, schedules and occupants. Student observations can inform a conversation; decisions about building equipment and operations remain matters for qualified staff.
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How can a school make energy use visible to students?
When a school can provide usable data, a student-facing display or periodic readings can help connect conservation plans to building activity. The historical Charlotte-Mecklenburg example used a dashboard with graphics, while the EdNC account describes 15-minute data intervals and energy patrols. Such examples show how feedback can make an otherwise abstract topic more concrete, but they do not establish that a particular dashboard or data service is currently available to every school.
If live data access is not available, a club can still build a useful record with approved observations, bills, appliance readings or scheduled manual checks. Explain the limits of the data and avoid presenting a single reading as a complete picture. Regular, comparable observations are more useful for identifying a pattern than an isolated number, while bills and device readings answer different questions and should not be combined as if they were the same measure.
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1Fix the driver behind crashes, sound loss and screen glitches2Clear out junk files and repair common Windows errors3Scan for outdated or missing drivers - takes under a minuteWhich teaching resources can support an energy club?
Several resources in the cited material can help schools shape a project, with regional limits made clear. NEED’s Energizing Student Potential for Illinois and Indiana describes free energy education for grades 3–12, including curriculum, educator training and student audit opportunities; schools should confirm current local eligibility. The Kansas Energy Program resource offers a student-team and benchmarking model tied to Kansas. Cool.org’s school audit lessons cover primary and secondary students calculating energy use and emissions and developing recommendations.
The NSW Department of Education page is a useful summary of bill, appliance and daily-use audit approaches, though its education context is New South Wales, Australia. It can inform method selection, but local schools should use their own district’s rules for access, supervision and handling utility data. Idaho Power also has a Student Energy Efficiency Kits program for grades 4–6 in its service area. That is a separate utility education and home-kit program, not the Horry County EnergyWISE club model.
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For a hands-on device investigation, a plug-in electricity usage meter is appropriate only for compatible, approved plug-in equipment and an adult-supervised study. It helps answer a narrow question about a connected device; it is not a substitute for access to building-wide monitoring, facilities expertise or a professional energy audit. The Horry County feature named a Kill-A-Watt meter as one tool used for plug-load work, but it does not establish that the same device is required for every student project.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What does the EnergyWISE example show—and what does it not show?
The Horry County account illustrates a way to connect energy education with a real building: students observe systems and habits, document evidence, communicate with peers and engage facilities practices. A quoted participant, Andrew LaRowe, said: “When we talk to the kids in the EnergyWISE clubs and ask them why we do this, they unanimously shout out ‘To save the planet.’ They’re going with the long view. That’s something we could all listen to a little better.” The quote captures the program’s student-centered purpose, not a measured outcome.
The evidence supports the activities and reported program details, including five-to-ten-member teams and the historical school examples. It does not establish current operation, a universal program model, an independent evaluation or a quantified reduction in energy use or cost. A school adapting the idea should treat measurement and follow-up as part of the project, and present any result in proportion to the data actually collected.
Frequently Asked Questions
Is the Horry County EnergyWISE club still running?
The cited Buildings feature describes the Horry County model in 2019, but the available reporting does not confirm whether the clubs or the five reported school deployments continue today. Contact the school district for current local status rather than assuming the historical program is active.
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Can students use a Kill-A-Watt meter on any school equipment?
No. It is a plug-in meter for appropriate connected devices, not a tool for electrical panels, hard-wired systems or unrestricted building inspections. A teacher and facilities staff member should approve the device, location and supervision before students take readings.
Can a school use ENERGY STAR Portfolio Manager for a student project?
The Kansas Energy Program describes using ENERGY STAR Portfolio Manager to enter and compare school energy data. Schools should check whether that resource and access fit their region, permissions and available records before making it part of a project.
Why might a school’s energy bills change even if students did nothing?
Bills can vary with seasonal patterns and building use, so a change between billing periods does not by itself prove that a student recommendation caused it. Recording the comparison period and relevant operating conditions helps keep conclusions appropriately cautious.
