How to Document Stage Power Requirements for a Band

TL;DR — Document stage power by listing artist equipment, its rated voltage and maximum or nameplate consumption, connector type, and stage position; then group nearby devices into labeled power drops on the stage plot. State what the artist supplies and what the venue must provide. Do not specify breakers, distribution topology, grounding schemes, or cable ratings unless a qualified person has designed them—ask the venue or licensed electrical provider to confirm the safe system.

Table of contents

1. What a stage power requirement should answer
2. Build the equipment inventory
3. Turn equipment into power drops
4. What to draw on the stage plot
5. Touring across voltage regions
6. Common mistakes
7. FAQ

What a stage power requirement should answer

A useful stage-power section gives production enough information to design and verify distribution without asking performers to act as electricians.

It should answer:

• Which artist devices require mains power?
• Where is each device used?
• What voltage and frequency does it accept?
• What connector or approved adapter is required?
• What is its documented maximum or nameplate consumption?
• Does the artist supply its power supply, cable, and local strip?
• Which drops must the venue place before load-in?
• Who confirms the final distribution?

A power drop is a planned power connection delivered to a useful stage location. It is not permission to daisy-chain arbitrary strips or an assertion that every outlet is on an independent circuit.

Build the equipment inventory

Read the label or manual for every show device. Do not estimate from the marketing name or audio output rating.

Include computers, displays, playback interfaces, chargers, network equipment, pedalboards, instrument amps, keyboard supplies, DJ gear, wireless racks, and show-control systems. Exclude venue equipment from the artist load total unless the production specifically asks for a combined schedule.

For devices with external supplies, record both the device and the supply. A universal-voltage laptop brick does not make every connected peripheral universal-voltage.

Turn equipment into power drops

Group equipment by physical position and operational need, not merely by performer name.

Give the inventory and drop plan to the venue. A qualified local provider determines circuits, protection, distribution equipment, cable routing, and compliance with local rules. If isolation between production departments is needed, describe the operational concern and let the responsible provider design the solution.

Avoid false precision

“Two independent 20 A circuits” is not a safe universal request: connector systems, voltages, codes, and venue infrastructure differ. If a touring system genuinely requires a particular supply, provide its engineered specification and connector standard through the production advance. For ordinary artist equipment, supply accurate load and location data and request a compliant venue solution.

What to draw on the stage plot

Use a simple, repeated symbol and stable IDs such as PD-1. Place the marker near the equipment, not under an icon where it disappears. Add a legend stating that power distribution is venue-confirmed.

The plot should show:

• each drop ID and approximate location;
• number of useful local connections requested;
• unusual connector or voltage needs;
• artist-supplied powered racks;
• cable routes only when they affect access, movement, or changeover;
• audience direction and stage left/right.

Keep the detailed equipment schedule beside the plot in the tech rider. A drawing labeled only “POWER” four times forces the venue to rediscover the load during setup.

Touring across voltage regions

Before international or fly-date travel, classify each device:

1. Universal input: the label explicitly accepts the destination voltage and frequency range.
2. Switchable input: a documented selector must be set correctly before connection.
3. Single-region input: requires an approved transformer, replacement supply, or local substitute.
4. Unknown: do not connect until the manufacturer or qualified technician confirms it.

A plug-shape adapter changes the physical connector; it does not convert voltage or frequency. Record approved transformers and their ratings as equipment, including who supplies and places them. Confirm earthing/grounding and protective devices through the local electrical provider.

Common mistakes

Counting outlets but not loads

Six outlets can still be an unsuitable request if the connected equipment exceeds the designed supply. Provide both connection count and documented equipment consumption.

Writing “clean power” with no requirement

The phrase is interpreted inconsistently. Describe the actual problem: show-critical digital rack, audio noise investigation, uninterrupted changeover, or required connector. Let the responsible provider propose a compliant solution.

Using unsafe adapters or defeating protective conductors

Never request ground-lift mains adapters or improvised distribution. Audio hum must be solved in the signal and electrical system by competent personnel, not by removing a safety connection.

Letting power cables cross movement paths

Position drops before cases, risers, and performers arrive. Coordinate cable protection, ramps, and access with the venue. The show advance checklist should close these decisions before show day.

Forgetting the fallback

Identify show-critical supplies, approved spares, and restart order. A spare playback computer is not useful if both systems depend on one missing or incompatible power supply.

Pre-send checklist

• Every artist-powered device is inventoried
• Voltage and frequency come from the device label or manual
• Maximum/nameplate consumption is recorded consistently
• External supplies and transformers are included
• Power-drop IDs match the stage plot
• Artist- and venue-supplied cables or strips are separated
• Unusual connectors are named and confirmed
• Cable paths protect performers, crew, and access routes
• Show-critical systems have an approved fallback
• Final distribution is assigned to the qualified local provider

FAQ

How do you show power on a stage plot?

Place labeled power-drop symbols beside the equipment positions, then use a rider table to list the connected devices, voltage, connector, consumption, outlet count, supplier, and notes for each drop.

What is a power drop on stage?

It is a planned power connection delivered to a specific stage location. The venue or electrical provider determines the compliant circuit and distribution behind that connection.

How many outlets does a band need?

Count the actual artist devices at each position, include external supplies, and add only justified spare capacity. Outlet count alone is insufficient; production also needs voltage, connector, and load information.

Should audio and lighting use separate power?

The responsible production and electrical providers should design distribution for safety, capacity, interference control, and local compliance. Artists should describe their loads and operational needs rather than prescribe an unverified topology.

What power information belongs in a tech rider?

Include equipment, position, accepted voltage/frequency, connector or supply, documented consumption, drop ID, supplier responsibility, unusual requirements, and the confirmation contact.

Put every drop beside the equipment it serves

Build the stage plot and Rider in Techrider.live, label power positions clearly, and share the inventory with the venue during advance.

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Last updated: 2026-07-16 · Reviewed for production communication; final electrical design must be completed by qualified providers under applicable local requirements.