Swap the evaporative cooler pads at an invited older Victorville home (2026-07-20)

Victorville's older neighborhoods cool on evaporative coolers that high-desert dust clogs within a season, leaving households running warm wet air through 100-degree afternoons while the water bill climbs. A seasonal pad swap restores real cooling for an hour of work — and for the elders in these homes, working cooling is safety. Standard: DOE evaporative cooling maintenance guidance — SDG 7. Proof: Before-and-after pad photos plus the cooler running Method (DOE evaporative cooling maintenance guidance — SDG 7.): 1. Shut off cooler power and water with the occupant's OK. 2. Pull the dust-caked pads and clean the pan. 3. Fit new pads and check float, pump, and belt. 4. Restore water and power and confirm cool wet airflow. 5. Photograph old pads, new pads, and the running cooler with GPS and date. Done when: Before-and-after pad photos plus the cooler running

Where

Occupant-invited home near Green Tree Blvd & Hesperia Rd, Victorville, CA 92395

Pay

$200 proposed

This packet is not funded yet, so this figure is a proposed price and not money waiting in escrow. If a buyer funds it, approved proof settles that price onchain. If nobody funds it, approved proof earns provable credit toward the work instead of cash. You see which before you claim, never after.

Proof

Before-and-after pad photos plus the cooler running

This is exactly what gets it approved. Nothing settles without it.

Level

entry

Open until

2026-10-19

How this work is done

A documented method, so this packet comes out the same whoever does it. Typically 60–120 minutes. Method of record: ASHRAE Level 1 energy audit

Bring

• tablet/clipboard
• tape measure
• light meter (lighting scope)
• clamp thermometer (refrigeration scope)
• 12-month utility bills
• camera
• ladder + spotter (high fixtures)

Steps

1. 1. Confirm the address; arrange a staff escort for mechanical/back-of-house.
2. 2. Photograph HVAC, lighting, envelope, and any in-scope systems.
3. 3. Inventory systems: HVAC type + age; lighting fixture count/type/wattage; refrigeration units; envelope condition.
4. 4. Summarize 12 months of utility use (kWh / therms) from the bills.
5. 5. Take the in-scope measurements (light levels, unit temperatures, seal condition).
6. 6. Rank no-cost/low-cost measures, then capital measures, with rough savings logic.
7. 7. Enter inventory, measurements, utility summary, photos, and the ranked measure list; sign.

If it does not match the plan

• Knob-and-tube, ungrounded or overheated wiring, scorched outlets, or a hot electrical panel -> STOP: do not operate the circuit; route to a licensed electrician and restrict use (NEC / fire hazard).
• Gas odor, or a combustion appliance with absent/blocked venting (backdrafting / CO risk) -> STOP: evacuate, ventilate, call the gas utility. The agent escalates, never relights or adjusts gas.
• Any live-electrical/gas hazard -> document, do not touch, flag for a licensed pro.
• Refrigeration unit out of food-safe range -> flag as both energy and food-safety risk.
• Suspected asbestos/lead in materials -> flag and stop.

What counts as done

• System inventory complete for the in-scope equipment
• 12-month utility use summary recorded
• In-scope measurements recorded with units
• Ranked no-cost/low-cost + capital measure list produced

Proof is measured against these, not judged by taste.