Connected Industrial UPS System

The web application communicates with the UPS system through the cloud platform. The connectivity unit on the hardware side maintains a cloud connection - transmitting real-time battery status, voltage and current measurements, and system state data to the cloud, while receiving commands and configuration updates from the cloud. The web application, accessible from any device including handheld devices like tablets and phones, presents this data in a dashboard interface and allows operators to send control commands - adjusting charge schedules, triggering manual charge or discharge cycles, and configuring alert thresholds - that are relayed through the cloud to the hardware.

Administrators configure charge and discharge schedules through the web application - specifying which hours of the day the system should prioritize charging (typically off-peak tariff hours) and which hours it should rely on battery power or discharge to the grid (during peak tariff hours). The firmware on the central control unit enforces these schedules automatically, switching between charging and discharging modes at the configured times without requiring any manual intervention. Schedules can be updated remotely through the cloud platform as tariff structures or operational requirements change.

The client needed an energy-saving solution for industrial UPS systems that reduced electricity costs without compromising power reliability. Traditional UPS systems charge batteries indiscriminately - often during peak electricity tariff hours when power is most expensive. This smart system solves that by implementing time-schedule-based charging and discharging logic - charging batteries during off-peak tariff periods when electricity is cheaper and discharging strategically to reduce peak demand charges. The result is meaningful energy cost savings without any reduction in backup power reliability.

The actual savings depend on the size of the battery bank, the local electricity tariff differential between peak and off-peak rates, and how aggressively the charge scheduling is configured. For industrial facilities with large UPS banks in US markets with time-of-use tariffs, the peak demand charge reduction alone - which can represent 30 to 50 percent of a commercial electricity bill - can result in significant monthly savings. The exact figure varies by facility, but the optimization strategy is well-established in the energy storage industry.