The visitor steps up to the control station and manages how water is stored and moved between three reservoir levels. The model links those decisions to the task of maintaining power for the town, giving a clear purpose to each adjustment.
The illustrated landscape, control panel and illuminated feedback bring different parts of the system together in one display. This approach to visitor centre interpretation gives people something to operate while they explore the relationship between stored water, flow and power generation.
This reservoir and hydropower model gives visitors a small system to investigate as a whole. Water storage, movement and the town’s power supply are presented together, so the challenge is about balancing connected decisions rather than operating an isolated control. Visitors can compare their choices with the illuminated feedback and consider what they would change next time. For a visitor centre, that creates a useful starting point for conversations about how stored water supports electricity generation and why managing supply matters.
Reservoir model with its illuminated town and control panel. This hands-on hydropower exhibit connects visitor decisions with the town’s electricity supply, using illuminated feedback to explain water and energy management.
The completed exhibit installed in the visitor centre. Built for a visitor centre in Wales, the bespoke reservoir display brings landscape modelling, physical controls and environmental interpretation into one activity.
Three reservoir levels set into the illustrated landscape. The tiered model helps visitors follow the relationship between stored water and flow, providing a practical introduction to hydroelectric power generation.
Close-up of the town feedback indicator and start button. A clear start control and visual response give visitors a way to test their choices and compare the results during the reservoir management challenge.
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We begin with your story, audience, space and objectives. You don’t need to arrive with a finished brief. We test mechanisms, controls and user interactions and deliver the completed experience.