iRAMS(IoT Room Air Management System)
This system allows you to check an air conditioner efficiently.
Please check the iRAMS that has breakthrough power saving system.
iRAMS Energy Saving System Goal
Cut back management
and personnel costs
· Reduction in target labor costs – TBD
· Savings on individual measuring equipment
· Reduction in operating costs, etc.
Cost down effect
for electric power
· Cost saving of 20% in T.B.D billion when compared to target cost based on 1300 units of air-conditioning and heating system (one year strategy cost : T.B.D hundred million) (from AERIX self-examination result)
· Cost saving due to control of operation efficiency
time by remote control of air-conditioning
and heating system
· Cost saving of power with timely management
(filter change, refrigerant condition and equipment operation status)
· Real-time energy consumption monitoring and comparison through energy analysis
Extension of equipment life
(maintenance of equipment condition)
· Facility status analysis from sensor data
· Enhancement of facility history data from
analysis of facilities management history and
sensor data of air-conditioning and heating system
Increase operational efficiency
(real-time monitoring)
· Real-time data analysis and Error monitoring
· Increase operation efficiency and reduce
maintenance cost through pre-maintenance
iRAMS Energy Saving
System Goal
Cut back management
and personnel costs
· Reduction in target labor costs – TBD
· Savings on individual measuring equipment
· Reduction in operating costs, etc.
Cost down effect
for electric power
· Cost saving of 20% in T.B.D billion when compared to target cost based on 1300 units of air-conditioning and heating system (one year strategy cost : T.B.D hundred million) (from AERIX self-examination result)
· Cost saving due to control of operation efficiency time by remote control of air-conditioning and heating system
· Cost saving of power with timely management (filter change, refrigerant condition and equipment operation status)
· Real-time energy consumption monitoring and comparison through energy information analysis
Extension of equipment life
(maintenance of equipment condition)
· Facility status analysis from sensor data
· Enhancement of facility history data from analysis of facilities management history and sensor data of air-conditioning and heating system
Increase operational efficiency
(real-time monitoring)
· Real-time data analysis and Error monitoring
· Increase operation efficiency and reduce
maintenance cost through pre-maintenance
Optimal monitoring and energy saving system with prevention/prediction maintenance and control
Optimal temperature maintenance through big data analysis
iRAMS compares external temperature/humidity and analyzes big data from temperature trends,
which allows selective operation and provides optimum temperature.
Power saving and control of equipment
It changes unnecessary equipment from ‘Ready’ to ‘Off’ state to save power and thereby control equipment.
Big data of temperature change
Smart maintenance system
Operation Monitoring System
Job History Management System(Big Data)
Manpower Management System(Big Data)
[Prevention/Prediction
Maintenance of equipment]
· Preventive maintenance of compressor
· Efficiency measurement and Preventive maintenance of refrigerant
· Notification or action to person in charge when any issue occurs
[Monitoring
& Control]
· Overall operating status
· Cooling facility operation
status by factories
· Indoor temperature status by factories
· Notification of abnormal status
· Temperature status / Automatic care of
air conditioner operation
[Saving energy through
control of air conditioner]
· Achieve energy savings
by controlling air conditioner
-> to reduce overall average 20%
Expected effect of IoT System for Air conditioner
[Life extension of equipment]
Changing the operation method of equipment’s from continuous to controlled lowers total run-time, which extends service life and reduces overall energy consumption.
[Minimization of maintenance]
Equipment repair cost can be reduced by preventive and predictive maintenance and by minimizing the range of failures.
[Increase of efficiency]
The efficiency of maintenance work is increased by a continuous operation system with centralized monitoring of multiple air conditioners to minimize routine walk-around inspection.
[Minimization of energy]
Minimal energy costs and high operation efficiency can be achieved by periodic efficiency measurements of equipment, which prevent inefficient or malfunctioning machines from working at full capacity.
[Prediction of Incident]
Prevention and prediction maintenance of equipment can minimize inconveniences such as incidents and damage to equipment to maximize the effect of facility utilization.
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