Dry cement solutions

Cement plant in sunshine

Bring clarity to energy use. Protect margins.

Blue and green icon of industrial rotary kiln

Energy transparency

Understand how grinding, milling, and material handling loads drive electricity cost.

Green "$" sign in blue circle over downward-pointing arrow

Cost control under pressure

Identify where energy intensity shifts with throughput or material conditions.

Blue-green icon of a stylized report with graphs and text, behind a curved arrow pointing right

Reporting-ready data

Generate reliable energy and emissions data for internal management or external needs.


Energy constitutes a major share of production cost in cement manufacturing.

Watt Window records energy use per circuit or load group at frequent intervals. That delivers clear insight into which mills, grinders, conveyors, or fans consume the most electricity (and when). Teams can then improve scheduling, cost tracking, and load optimization.

Partial screenshots of typical Watt Window(R) node ("Mixer 40HP"), route card ("Sugar Cookies"), and "Today's Total"

Photo of cement plant outdoors in daylight, with raw mill and conveyors

Cement production often experiences variation in load demands tied to material conditions or throughput.

Near real-time load visibility makes it easier for operators to shift heavy-load tasks, throttle usage, or reschedule processes to reduce cost exposure when power prices spike.



Grinding and milling systems can experience wear, misalignment, or efficiency loss over time.

Watt Window’s continuous monitoring may surface unusual power draw or load spikes, alerting operators to conditions that warrant further inspection to prevent unexpected downtime.

Overlapping images of a Watt Window(R) node with vibration and temperature maintenance alerts activated and a text message providing equivalent vibration maintenance alerts

Partial, overlapping screenshots of Watt Window(R) app showing carbon view enabled

For electricity-driven processes, Watt Window delivers verified energy-use data and derived emissions metrics.

That supports internal energy-management goals or external reporting without touching fuel-based emissions calculations.



The solution is modular and compatible with existing electrical infrastructure.

Licensed electricians can fit it without altering control logic or process wiring, making it viable even in active plants or retrofits.

Man in baseball hat, working on an electrical panel

Watt Window offers configurable, UL-listed smart-metering and condition-monitoring hardware for industrial electrical systems.

Once installed, it collects frequent energy, electrical, thermal, and vibration data across mills, grinders, conveyors, fans, and load groups. The system converts that data into meaningful metrics such as energy use, load profiles, cost, carbon footprint, and equipment-stress indicators. These are visible in dashboards built for plant teams.

A four-part diagram of the Watt Window(R) solution: (1) Collect signals - (2) Enrich & secure data - (3) Deliver insights - (4) Act!

Talk with our team and get a live solution overview