Glass solutions

Glass-manufacturing environment with rail-guided transport equipment and stacked glass sheets

Bring clarity to energy use across furnaces and lines.

Blue and green icon of a furnace behind a gauge with needle pointing to top-right

Load -level energy visibility

Understand how furnaces, blowers, forming lines, and conveyors draw power over time.

Blue and green icon of a computer screen showing a data graph, behind a magnifying lens

Operational stability

Identify unusual load behavior that may signal inefficiency or emerging stress before quality or throughput is affected.

Green and blue icon of a leaf and a cloud with the word "CO2" in it

Energy and emissions insight

Track electricity-driven cost and carbon impact where reporting or customer requirements apply.


Watt Window captures frequent energy data by circuit or load group.

That allows teams to see which parts of the operation drive electricity cost at different points in the production cycle, instead of relying on plant-level averages.

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

Man in factory office, happily typing on laptop

As throughput, temperature control, or line utilization shift over time, live energy data helps operators detect load changes early and adjust operations before inefficiencies compound.


Where customers or regulators request energy or emissions data tied to production, Watt Window delivers reliable electricity-use data and data-derived carbon-equivalent metrics without exposing process recipes or proprietary parameters.

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

Man in baseball hat, working on an electrical panel


The system installs as a read-only layer on existing electrical equipment.

No changes to control systems or production logic are required, making deployment feasible in operating plants or during planned downtime.


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

Once installed, it captures frequent energy, electrical, thermal, and optional vibration data across furnaces, lines, and supporting equipment. The system converts that data into dashboards showing energy consumption, load behavior, cost attribution, and carbon-equivalent emissions for electricity use.

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