HOW WE ARE DIFFERENT

iot-energy

IOT ENERGY MANAGEMENT

The unique wireless features of PowerRadar™ makes it a perfect solution to existing buildings as well as new construction projects. Our hardware is non-invasive, quick to position and can be installed before or after the construction phase. With no extensive wiring infrastructure and minimal to no interruption to operations, a PowerRadar™ system delivered by Paramount Energy is the perfect solution.

IOT ENERGY MONITORING- TOTAL FLEXIBILITY

Our system is not reliant on 3rd part sensors or meters. It means we can verify the integrity of our measurements and data. New additions to the network like new equipment, expansions or new business units can quickly and easily be accommodated and added to the system hierarchy with no additional electrical infrastructure.

Existing Buildings

Existing Buildings

Uniquely suited to retrofit in existing buildings. Flexible application eliminates operational downtimes.

t- Buildings

New Buildings

Total flexibility of installation. Hardware can be installed in electrical boards prior to construction or once building is complete.

DOWN TO DEVICE LEVEL

Cloud-Based IoT Energy Monitoring

The scalability and flexibility of our solution means an entire portfolio hierarchy of assets, right down to singular level can have individualized energy data.

 

Our strategically configurated system will enable separate data to be gathered on business zones, tenancies, and other operational areas of business.

 

The non-invasive wireless sensors reduce the need for shutdowns and disruption, easily segregating electrical circuits into consumption categories for easy analysis of energy consumption data.

device-level
Light

Light

power

Power

HVAC

HVAC

solar

Solar

elevator

Elevators

water

Water Meters

mashinary

Machinery

APPLICATION KEY POINTS

app-keypoint-01

KEY POINT 01

  • Understand the performance of assets, buildings, or zones in relation to each other.
  • Benchmark equipment or sites for analysis.
  • Use real-time data to set KPI’s and targets across the business.
  • Provide comprehensive energy consumption and trend data to comply with energy management and ESG plans.
  • Reportable visibility of carbon emissions
  • Improve CAPEX forecasting and ROI with accurate pre & post data of capital investments
roof

KEY POINT 02

HVAC systems typically are responsible for over 40% of a buildings consumption. As a critical infrastructure service and major energy consumer, it is important to have the ability to delineate the energy data to identify operational anomalies and uncover potential cost savings by optimisation of equipment and controls.

A newly constructed office building, Australia

KEY POINT 03

Commercial and Public buildings can add a level of complexity to energy monitoring. These types of buildings often have multi tenanted areas with individual business unit zones. They have a variety of loads and diverse needs. Having the ability to monitor energy consumption down to sub-tenant or zone allows property/facilities managers the granular data needed to understand the entire energy footprint in hierarchical form.

Fiberglass industry production of glass line at factory

KEY POINT 04

Industrial/ Machinery
  • Comprehensive data on equipment failures for root cause analysis
  • Verify controls and equipment are functioning within expected parameters.
  • Identify degradation in equipment performance to enable accurate business decision making on replacement programs.
  • Use data to execute planned shutdowns and eliminate production downtimes.
  • Use EMS data to analyse equipment operations against production schedules.
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