EC.DATA — Energy Intelligence Platform

Aquatic Park Energy & Water Treatment Monitoring | EC.DATA

Aquatic Park & Water Facility Energy Management

EC.DATA monitors pool heating, pump systems, filtration, HVAC, and water treatment across aquatic parks, leisure centres, and resort pools — the largest energy loads in water entertainment facilities.

Aquatic Park Energy Challenges

  • Pool heating and heat-pump systems account for 40–60% of total energy consumption
  • Filtration pumps running at full speed 24/7 regardless of bather load
  • Water treatment chemical dosing correlated with no energy or flow data
  • High HVAC load in enclosed water parks driven by evaporative heat loss
  • No sub-metering between pools, slides, food and beverage, and common areas
  • Seasonal demand variation causes over-sized heating plant to run inefficiently in off-peak periods

EC.DATA Aquatic Park Solutions

  • Pool heating and heat-pump energy monitoring with COP calculation (EC.EMS + EC.Chillers)
  • Variable-speed pump VFD optimization based on bather load and turnover requirements (EC.BMS)
  • Water temperature and chemistry sensor integration for energy-demand correlation (EC.IoT)
  • HVAC evaporative load monitoring and dehumidification efficiency tracking
  • EC.Alerts: heat-pump fault detection and out-of-range water temperature escalation
  • Revenue-area sub-metering: pools, slides, F&B, and facilities separated for cost allocation
  • kWh-per-bather-visit and energy-per-m³-heated KPI dashboards

Aquatic parks: three pumps that never sleep

In a typical aquatic facility, filtration pumps, heating systems, and dehumidification together account for 70–80% of total electricity — and all three typically run on fixed schedules designed for worst-case bather loads. EC.DATA instruments every pump and heat exchanger via CT-based Modbus meters, correlates energy with turnover rates and occupancy data, and surfaces VFD optimization recommendations through EC.GAIA. Facilities regularly find that variable-speed filtration alone cuts pump energy by 40–60% while improving water quality by running longer at lower speed rather than shorter bursts at full speed.