Background

The Panama Canal Museum, known locally as the Museo del Canal Interoceanico, sits in the heart of Panama City’s historic Casco Viejo district. Housed in a carefully restored 19th-century building, the museum brings to life the story of the Panama Canal through permanent exhibitions, rotating displays, and immersive presentation spaces. It draws visitors from around the world and also serves as a venue for cultural events and private programming throughout the year. 

Light-En, the Lumos Controls partner for Central America, identified the museum as a strong candidate for a wireless lighting control deployment. The building’s heritage status, busy visitor schedule, and varied lighting needs across different gallery and event spaces made it an ideal fit for the Lumos Controls platform. Light-En worked with the museum’s management team to scope the project and bring the right solution to the table. 

Objectives 

• Bring all lighting zones across the museum under a single wireless control platform 

• Give the facilities team straightforward, centralised tools for scheduling and monitoring 

• Reduce energy consumption without compromising the visitor experience 

• Allow exhibition spaces and event areas to be reconfigured quickly and without additional cabling 

• Install a system that can be extended or adapted as the museum adds new spaces or programs 
  
  

Challenges 

Museums present a particular set of challenges for lighting control. The Panama Canal Museum operates a mix of permanent galleries, temporary exhibition spaces, event halls, public reception areas, and staff workspaces. Each of these areas has different occupancy patterns, different visitor dwell times, and different lighting requirements depending on what is being displayed or hosted at any given moment. 

The building itself added another layer of complexity. Running control cabling through heritage walls and across protected architectural elements was not a realistic option. Any system that relied on significant physical infrastructure would have required structural interventions the museum was not willing to make, and would have disrupted day-to-day operations during installation. 

Reliability was also a key concern. With visitors present throughout the day and events taking place regularly in the evenings, the lighting network needed to remain stable across all areas of the building without gaps in coverage or communication delays. The solution had to be robust enough to perform in a large, architecturally complex building, while remaining simple enough for the facilities team to manage on their own. 

Solutions 

2 channel AC powered 0-10V fixture controller with inbuilt relay – Radiar AF10

Radiar AF10 units were installed across galleries, corridors, and public spaces throughout the museum, providing direct wireless control of individual luminaires. The dual-channel 0-10V output allowed independent control of both intensity and colour temperature, giving curators precise management over how each fixture performs within a given display context. Changes that would previously have required a site visit can now be made remotely through the platform, which proved especially valuable when exhibition layouts changed between shows. 

2 channel AC powered 0-10V room controller with inbuilt relay – Radiar AR10 

The LR21F600 phase dimming modules were integrated with Radiar AF10 controllers to support decorative and ambient lighting loads requiring smooth dimming performance. This solution was particularly beneficial in banquet and event spaces where different lighting scenes were needed to accommodate varying functions and guest experiences. 

Battery-Free Wireless Switch Wireless self-powered 4 button switch –  Catron IV

Catron IV switches were installed at entry points, staff positions, and areas where manual control was needed without access to a wall panel or mobile device. Because the switch harvests energy from the physical press itself, there are no batteries to replace and no wiring required. In a heritage building where chasing cables through walls is simply not viable, this made practical, maintenance-free control possible at the point of use across the entire facility. 

AC powered beacon and range extender – Senor E 

The museum’s thick masonry walls and multi-floor layout presented a genuine challenge for wireless signal propagation. Senor E range extenders were positioned at key points throughout the building to strengthen the BLE mesh network and maintain consistent communication between devices across every area of the facility. The result is a stable, self-healing network that covers the full footprint of the museum without any gaps in connectivity. 

Gateway with RTC, Ethernet and astronomical clock – Enor E

Enor E gateways connect the BLE mesh network to the museum’s LAN and to the Lumos Controls cloud platform, enabling remote access, centralised scheduling, and real-time monitoring from any connected device. The built-in real-time clock keeps scheduled lighting scenes firing accurately even during network interruptions or power events. The astronomical clock function also allows lighting schedules to adjust automatically based on the natural daylight cycle, reducing the need for manual updates across seasonal changes. 

Results 

The Panama Canal Museum now operates with a fully wireless lighting control platform covering its galleries, public areas, event spaces, and staff zones, with no new control cabling installed anywhere in the building. The historic structure remained completely undisturbed throughout the deployment, and installation was carried out with minimal impact on daily museum operations. 

The facilities team has full visibility of the building’s lighting through a centralised interface. Scheduled scenes run automatically, reducing manual intervention across the day. When exhibitions change or events are scheduled, lighting configurations can be updated quickly without any physical work on site. 

Occupancy-based control, automated scheduling, and dimming strategies across zones delivered a 17% reduction in lighting energy consumption. The power measurement data from the AR10 controllers gives the team a clear picture of where further efficiencies can be found over time. 

The museum now has a lighting platform it can grow with. New zones, additional devices, and future integrations can all be added without replacing the underlying infrastructure, giving the Panama Canal Museum a foundation that matches both the scale of the building today and its plans for the future. 

About Our Partner – Light-En 

Light-En is a lighting solutions specialist operating across Central America and the wider Latin American region. As an authorised Lumos Controls partner, the team brings deep technical knowledge of smart lighting systems and a practical understanding of how to deliver complex projects in demanding built environments. Their involvement in the Panama Canal Museum project, from the first conversation 

through to project sign-off, played a key role in making this deployment a success. 

Find out more at www.light-en.net 

About Lumos Controls 

Lumos Controls delivers intelligent wireless lighting control solutions for commercial, hospitality, healthcare, industrial, education, and cultural facilities worldwide. Our portfolio combines smart controllers, sensors, switches, gateways, and intuitive software to simplify building operations, improve energy efficiency, and create adaptable spaces. Whether it’s a new construction project or a complex retrofit like the Panama Canal Museum, Lumos Controls helps customers modernize their buildings with scalable, future-ready technology that integrates seamlessly with existing infrastructure. 

Planning a wireless lighting control project? Talk to Lumos Controls.