“You ran a festival with five batteries?”… Shambala Festival and the art of operating a shared power pool

The UK’s Shambala Festival, known for its environmental approach, attracted attention in 2025 by rotating just five portable power units for roughly a month, from event preparation through breakdown. These batteries were deployed strategically to scanners at outlying ticket gates beyond the easy reach of large generators, and to small dance-workshop spaces in remote locations.

From an event planner’s perspective, however, an emotional approach that simply treats batteries as an environmentally friendly alternative to generators cannot meet the extensive power demands on site. As the equipment and output guidelines in the “Case Article Review” file also emphasise, sharing a limited number of battery units efficiently between several teams requires back-end logistics that precisely control charging time as well as operating time.

1. Decoupling fixed allocations and ad-hoc requests

Permanently assigning one of five batteries to each of five teams drastically reduces equipment efficiency.

• Manage resources as a pool: Shambala’s power supplier clearly separated locations needing continuous power, allocated in advance, from locations needing power temporarily, served through ad-hoc requests. Instead of leaving equipment scattered around the site, a rule set needs to require users to borrow it only when needed and return it immediately afterwards. This allows limited resources to cover the festival’s smaller demands without bottlenecks.

2. The illusion of availability: “units owned ≠ units ready to use now”

A common planning mistake is the simple calculation, “We have five batteries, so we can cover five programme locations at the same time.”

• Calculate charging lead time: A battery cannot be handed straight to the next team simply because it has been returned to the office after use. Physically recharging it fully from the site office’s mains supply takes time. Alongside the operating periods on the cue sheet, the planner needs to include transport time and time waiting for charging in the timeline, and estimate the number of genuinely available units very conservatively.

3. Removing cables opens up safe routes and circulation

Running hundreds of metres of power cable for a ticket-scanning booth or a small workshop wastes money and introduces serious on-site risk.

• Cut off physical constraints: Thick electrical cables laid across visitor routes create a trip hazard that can cause serious safety incidents. Placing independent portable batteries in outlying spaces instead of extension-cable reels goes beyond saving fuel: it is a smart way to protect pedestrian safety and substantially increase freedom in planning the space. (This case must not, however, be stretched into the claim that batteries can replace the entire sound and lighting system of a large main stage.)

4. A four-stage protocol for operating a shared power pool

When operating a shared battery pool for areas beyond the reach of large generators, the practical team needs the following four stages.

Planner’s note: real environmental performance comes from turnover, rather than an equipment name

Introducing the latest batteries instead of diesel generators does not automatically make an event environmentally friendly and efficient. Good planning goes beyond bringing in expensive hardware. It is completed by coolly and precisely calculating charging time and loan schedules so that the equipment keeps the site running without stopping.

The real strength that prevents an urgent radio call from staff saying “We are short of batteries” comes from the exacting return and charging manual the planner has prepared in Excel, rather than a grand environmental slogan.