◉SOUND TRUCKPOWER PLANNER / V1.0
LOCAL-FIRST

MOBILE EVENT SYSTEMS · POWER ENGINEERING

Build the rig.
Know the load.

Estimate power demand, generator capacity, battery runtime, and phase balance. Start from a real high-output rave-truck configuration, then tailor every parameter.

Engineering estimate, not an installation approval. Unverified high-load allowances are used until cabinet input ratings and measurements are available. A competent event-power electrician must approve electrical distribution, earthing, cable protection and operation in motion.
01 / PROJECT

Programme multiplier accounts for how your actual set differs from the published reference test conditions. Start at 1× and replace with metered data.

REFERENCE AC LOAD—Reference programme demand
DESIGN AC ENVELOPE—Provisional coincident apparent load
SUGGESTED GENERATOR—Includes headroom and phase loading
BATTERY CAPACITY—Standalone nominal kWh, reference scenario
02 / SOUND SYSTEM

Equipment inventory

Each speaker cabinet or auxiliary group represents one separately supplied AC load. Allocate it to a phase.

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Add a custom cabinet / amplifier profile

New profiles are saved with the project and JSON export; they are not automatically made public in the shared catalogue.

03 / POWER SOURCE

Generator & storage

Three-phase distribution

High-load estimate by phase, against the selected generator's nominal one-third-per-phase share.

Battery-only scenario

04 / VEHICLE

Truck & deck

05 / EVIDENCE

Assumptions & sources

Audio-output peak ratings are deliberately not used as continuous generator loads. Equipment figures may mix different test conditions. Never treat this report as breaker/cable sizing approval.