Felidae Systems' Online Energy Monitoring Systems
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OBJECTIVE
IoT Based SMART 
ENERGY 
MONITORING 
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EXISTING 
INFRASTTodRay UmoCst oTf tUhe CRomEpanies/MNCs/Banks have
•  Multiple offices at multiple LOCATIONS
• Efficient and Skilled Staff
•  Fully Centralized AC Offices
•  Fully  Centralized Business Data Centers
They want
• Minimum Overtime
• Maximum Efficiency
• Minimum Resources
• Least expenses and time-wastage specially on 
MAINTENANCE
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CHALLENGES
Decision Makers have little 
insight of Electrical Data
How to stay alert in Real • Inaccurate and 
Time and manage the uncategorized  Data
Energy Resources • Cumbersome work
Effectively? • Difficult to track the 
Lack of Real time Electrical repairs
information leads to major 
losses and Leakages
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CONFRONTS
• ENERGY IS THE PRIMARY AND COMPULSORY OPERATING EXPENDITURE.
• Conventionally data is recorded manually which is inconsistent and erratic.
• Reporting may not be accurate.
• Typically there is a Series of managerial layers between Branch and Top 
Management. The transit time is high.
• Difficult to monitor multiple locations from a single point. 
• The most reliable source of the Electrical Data is the Electrical Safety Audits which 
are done on yearly basis and the FORMAT is complicated and lengthy to follow
• The only reliable information from the Branch is related to the Business, i.e., the 
Total Turnover and Expenses
• Inspection of data is done on weekly/monthly/yearly basis instead of day-to-day 
scrutiny 
• Slow response to the problem seldom defeats the purpose of collecting data.  
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NEEDS
Today’s technologically advanced societies have become increasingly 
dependent on electrical energy sources for 
offices/residential/commercial/industrial working.
The production sources are limited and it’s consumption comes at major cost 
and use is one of the major sources of greenhouse gas emissions, leading to 
concerns about global warming if consumption is not optimized.
With global demand for energy growing, the need to adopt alternative 
approaches (like energy saving, increased energy efficiency, renewable 
energy, etc.) to energy use is also growing. 
TO EVALUATE THE BENEFITS OF ANY OF THE 
MANAGEMENT/AUTOMATING SYSTEM ONE NEEDS TO MONITOR THE 
CONSUMPTION CONTINUOUSLY.
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As per the Bureau Veritas Certification
Key Requirements of Energy Management Systems
• Establish, implement and maintain an energy policy with commitment  for achieving 
energy performance (energy efficiency & use of renewable sources)
• Define priorities and set appropriate objectives and targets using energy 
performance indicators and have in place an energy metering plan 
• Conduct an initial diagnosis of energy consumption for all activities (including past, 
present and future energy consumption)
• Identify the main factors that have an influence on energy consumption
• Establish the relationships between energy consumption and energy factors
• Build a periodic forecast of energy consumption and identify opportunities of energy 
savings
• Consider energy consumption in the decision process for design and procurement of 
all equipment, raw materials or services
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Real Time Power 
Monitoring
(First step to Implement  ARTIFICIAL 
INTELLIGAE HNOLICSTIEC A P&PRO EACnH FeORr TgODyAY ’S aving)
CHALLENGES…
Lifecycle of an energy saving
Measure Identification Planning Acting
Need for a systemic approach
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IOT Based Monitoring 
CONCEPT
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SMART ONLINE CLOUD BASED 
MONITORING
• A Software, Hardware and Cloud-Based System.
• Hardware collects the Electrical Data about the various parameters like 3 phase 
voltages, currents, consumption, maximum demand, power factor, kWh, kVAh, 
harmonic distortion, etc.
• Users can select the time range on the Cloud-Based System.
• Cloud-based system monitors the electrical information and is available using 
the Real-Time Viewer.
• Software is backed with light weight database structure supporting real-time 
data reporting.
• APIs can be integrated to MIS for auto data filling.
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Benefits
• Eliminates manual inconsistent process of noting data in books
• Cloud accessibility: Access digitally, energy data from anywhere anytime and hence 
analyze easily
• Detect instances of change in power supply factors
• Set responsibility with accountability and bench-marking for energy use
• Observe how changes in relevant Driving Factors impacts energy efficiency
• Artificial Intelligence will help Predictive Maintenance
• MANAGE ENERGY CONSUMPTION RATHER THAN ACCEPTING IT AS A 
FIXED COST
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Differentiator
• PowerProfit offers TRUE Wireless solution: Monolithic structure no external wiring  
required.
• Detailed analysis of Energy Parameters, i.e. KWH, KVAh, KVArH(Lead) , 
KVArH(Lag)
• Detailed Analysis of Tariff based parameters:  TOD billing, Maximum demand
• Detailed Analysis of Power Quality parameters: 
• All phase Voltages 
• All Phase Currents(Imbalance on load)
• Power Factor(Lead as well Lag)  
• HARMONIC DISTORTION
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OTHER SMART SOLUTIONS 
O1F. OFNLIENE RTEMEPEDRATURE MONITORING
2. ONLINE HUMIDITY MONITORING
3. DG EFFECTIVE MONITORING AND CONTROLLING
4. HVAC MONITORING AND CONTROLLING
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THANK YOU
Visit us at www.felidaesystems.co.in
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