HiPer Checkup

HiPer Checkup is a comprehensive digital “health checkup” of commercial real estate utility systems to reduce operating costs and improve operational service discipline

is a digital inspection which provides the following results

BENEFITS

1

PRECISE

Clear identification of "pain points" and checkup objectives

2

BIG DATA DRIVEN

Analytics and recommendations are formulated based on the collection of Big Data

3

FAST

In just five weeks from the start of the project, you’ll get detailed analytics and recommendations for improving operational efficiency

4

NONINTRUSIVE

Data collection doesn’t require intrusion or shutting down any systems

5

COST-EFFECTIVE

Lowest cost of digital utility systems analysis in the commercial real estate market

A COMPLETE DIGITAL
CHECKUP IN JUST 3 STEPS

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Installing devices and collecting data

Diagnostic devices are installed on buildings’ utility systems (electricity and heat supply, air conditioning, ventilation), as well as devices to transmit the operational data

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Diagnostics and analytics


Big Data on the functioning of utility systems is collected and displayed in real time. The data is analyzed, and any operational problems and their sources are detected

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Recommendations


Data from utility systems is given more extensive analysis to determine cause-and-effect relationships in complex processes, then recommendations are given for improving the efficiency of operating procedures

TIMELINE OF DIGITAL CHECKUP

1 WEEK

Preparation work

2 WEEKS

Equipment installation

2 WEEKS

Data collection

1 WEEK

Report presentation

DIGITAL CHECKUP RECOMMENDATIONS

Failure in equipment night operating mode

Recommendations:

  1. Equipment modes development and use in accordance with planned ones (24hours mode, working days, weekends, week, month, season);
  2. Equipment mode optimization and control.

Ventilation unit optimization proposal

Recommendations:

  1. Change of ventilation equipment working mode at weekends. 14% electricity costs reduction;
  2. Equipment mode optimization and control.

One of the pumps rejected SCADA instruction to switch from 40Hz to 25Hz frequency​

Recommendations:

  1. Develop and implement of policy prohibiting manual override of variable speed drive unit parameters;
  2. Equipment mode optimization and control.

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