A prominent Major League Baseball stadium faced critical challenges with their speaker systems in their massive enclosed dome structure. The 400-foot-high dome trapped excessive heat, causing continuous speaker deterioration and skyrocketing operational costs. With speakers running 24/7 regardless of events, the facility experienced frequent equipment failures, unnecessary energy consumption, and costly maintenance interventions.
This case study demonstrates how Synaccess SynLink Smart PDUs transformed stadium operations through intelligent power management, delivering measurable improvements in equipment longevity, energy efficiency, and operational control. The solution showcases the power of remote monitoring and automated controls in large-scale facility management.
The Challenge
Heat-Induced Speaker Burnout
The enclosed 400-foot dome structure trapped heat, causing premature speaker deterioration and frequent system failures throughout the facility.
Continuous Power Consumption
Speakers remained powered 24/7, even during non-event periods, leading to excessive energy costs and accelerated equipment wear.
Costly Maintenance Cycles
Frequent truck rolls for repairs and replacements created substantial operational expenses and disrupted facility operations.
The Solution: SynLink Smart PDUs
Synaccess deployed five SynLink Smart PDUs, strategically positioned throughout the stadium, each managing four controllable outlets powering three speakers per outlet. This configuration provided granular control over the entire sound system while integrating plug-and-play temperature and humidity sensors for real-time environmental monitoring.
The solution enabled remote power switching during downtime periods, fractional speaker operation based on crowd size, and automated safety protocols triggered by temperature thresholds. This comprehensive approach addressed both immediate operational challenges and long-term facility management efficiency.
Measurable Results and System Benefits
60% Speaker Longevity
Significant extension in equipment lifespan by eliminating continuous heat exposure and unnecessary operation cycles.
2A per Speaker Savings
Energy Reduction achieved by turning off idle speakers, with each unit consuming approximately 2 amps when active.
75% Maintenance Reduction
Decreased frequency of costly truck rolls and onsite interventions through proactive monitoring and remote management.
Key SynLink Smart PDU Capabilities
Remote Power Control
Complete on/off control of individual speakers and arrays from anywhere, eliminating unnecesary power consumption during downtime periods.
Fractional Distribution
Dynamic power adjustment based on crowd size and event requirements, optimizing energy usage while maintaining audio quality.
Real-Time Monitoring
Integrated temperature and humidity sensors, as well as outlet-level power measurement, provide continuous insights and auotmated alert capabilities.
This implementation demonstrates how intelligent power management can transform facility operations. The MLB stadium achieved enhanced equipment reliability, substantial energy savings, and optimized operational efficiency through strategic deployment of SynLink Smart PDUs. The solution provides a scalable model for other large venues seeking to improve their infrastructure management while reducing operational costs and environmental impact.
