IP UtiliNET's Circuit Monitoring System (CMOS) allows operations managers to monitor energy consumption patterns in order to improve energy efficiency. CMOS provides real-time visibility into energy usage at the appliance level. After installing CMOS, an Atlanta restaurant owner was able to reduce electrical costs by 30% by replacing inefficient equipment and changing operations. CMOS helped the owner determine which equipment was using the most energy and make cost-effective changes to reduce costs and increase profits.
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CMOS Data Sheet
1. IP UtiliNET’s CMOS System Pinpoints Consumption Patterns to
Reduce Energy Costs and Improve Profitability
The cost of electrical energy is expected to increase by 3 percent this year due to higher fuel
costs.1 At the same time, higher electrical costs can directly impact an organization’s operating
budget, which amounts to about 30% of a facility’s overall operational expenses. IP UtiliNET’s
Circuit Monitoring System (CMOS) enables operations managers to monitor energy use to
improve energy efficiency by detecting consumption patterns.
CMOS is a secure, web-based auditing
sub-metering system which provides real-time
visibility into frequency and duration of
energy consumption at the appliance level.
CMOS operates unobtrusively at the breaker panel or individual circuit breaker level within the
facility and measures electrical use as well as alternative energy generation. CMOS can be
applied to commercial, industrial and business applications. The circuits range from 120 Volts
(standard) and 480 Volts AC at 50/60 hertz and 15, 20 and 30 amps, within single phase, split
phase, and 3-phase systems.
CMOS helps your organization determine
where energy consumption is highest, to en-able
peak shaving and other energy-efficient
solutions. Collected and analyzed data may
indicate a need to change out equipment,
change usage patterns, add LED lighting or
add alternative energy sources in order to
realize efficiencies.
While electricity use represents 30% of the total operating expense for an enterprise; in com-mercial
facilities, lighting alone can represent as much as 40% of the electric bill. Significant
savings can be achieved by incorporating an LED lighting solution, which reduces the amount
of wattage used and the amount of electricity required to keep the fixtures cool. LED lighting
offers a 20% increase in brightness while using less wattage. Energy loss due to Alternating
Current (AC) conversion to Direct Current (DC) can also cause spikes in energy consumption.
IP UtiliNET offers a DC Microgrid solution to reduce power consumption and save on
electricity costs.
“Understanding the source and consumption
is the first step to tackling energy-efficient
solutions.”