No 27, Jalan SILC 2/1 Kawasan Perindustrian SILC, 79200 Iskandar Puteri, Johor
Specialist in Power Factor Correction
Together We Sustain.. through Energy Efficiency
Eliminate Power Factor Surcharge
Why pay more for your monthly electricity? Abolish your surcharge in your bill now! Get your capacitor bank TODAY.
Maintain Sustainable Power Factor Level 0.96-0.98 In The Long Run
Increase power factor level and perform energy efficiency (use less of energy to perform the same task)
Optimize solar kWp distribution
Optimise generation & distribution efficiency, reducing losses & eliminate reactive fee.
About BTESB
Bina Tenaga Energy Sdn Bhd (“BTESB”) principally engaged in correcting Power Factor and optimising efficient power usage via our PFCS equipment to reduce an electricity overheads.
Compensation System
Solar Partner
Technical Partner
Solution & Connectivity Partner
Installation of PFCS at Masjid Jamek Temerloh Jaya (MTTJ)
Recent project at Masjid Jamek Temerloh Jaya (MTTJ), this program is the first program together with MGTC (under NRESS - Ministry of Natural Resources & Environmental Sustainability)
Installation of PFCS -Solar Optimizer in mosques across the country that have low pf problems after Solar Integration
What is Power Factor?
Understanding Power Factor & Capacitor Bank. Why Energy Efficiency is important? What TNB Says about Power Factor? Is PFCS legal? What Suruhanjaya Tenaga (ST) Says
Compensation System
Why you should install PFCS-Binatenaga
Eliminate Power Factor Surcharge
Why pay more for your monthly electricity? Abolish your surcharge in your bill now! Get your capacitor bank TODAY.
Maintain Sustainable Power Factor Level 0.96-0.98 In The Long Run
Increase power factor level and perform energy efficiency (use less of energy to perform the same task)
Optimize solar kWp distribution
Optimise generation & distribution efficiency, reducing losses & eliminate reactive fee.
PFCS: THE TECHNOLOGY ORIGIN
AND ITS VARIOUS METHOD OF STUDY
IoT | Ai
Integrated Control Centre (Progress)
IoT Centre (In Progress)
How we can achieve this?
Due to industrial demand on todays technology, we would like to enhance our product by developing system that can be:
The route shows stages by stage in order to reach a smart PFCS. Starting from the integrated control system, a device namely PQM 1000s will transmits data for the next stage of IoT process.
Integrated Control System
Stage 1
Raspberry Pi
Internet of Things (IoT)
Python/ JavaScript
Stage 2
Artificial Intelligence (Ai)
Stage 3
Data Monitoring
Our system can extract data from the device installed on PFCS to monitor the movement of real-time data.
-
Active Power
-
Reactive Power
-
Apparent Power (kVA)
-
Power Factor
-
Averange Power Factor
-
Voltage (Volts)
-
Current (Amps)
Data Analysis
Save in Bills
Realise how much bills are saved
Carbon Emission
Observe how much reduction in kVar after PFCS installation.
Clean Energy
Analyse how much clean and efficient energy being distributed on grid
Decision Making
Based on evaluation made by PFCS, it can decide on available information and considering potential outcomes
Machine Learning
Machine learning is a part of AI process embedded into non-living things before it makes a decision. In our next project, we initiate an idea to AI-ing our PFCS as below
IoT Centre (In Progress)
description
Centralized hub where final data operations
can be visualized, monitored, controlled, and executed by personnel.
What benefits to client?
Customer can monitor data using phone /laptop via BTE websites
Remote communication between BTE - client
Digital Command Centre
IoT | Ai
Integrated Control Centre (Progress)
IoT Centre (In Progress)
How we can achieve this?
Due to industrial demand on todays technology, we would like to enhance our product by developing system that can be:
The route shows stages by stage in order to reach a smart PFCS. Starting from the integrated control system, a device namely PQM 1000s will transmits data for the next stage of IoT process.
Integrated Control System
Stage 1
Raspberry Pi
Internet of Things (IoT)
Python/ JavaScript
Stage 2
Artificial Intelligence (Ai)
Stage 3
Data Monitoring
Our system can extract data from the device installed on PFCS to monitor the movement of real-time data.
-
Active Power
-
Reactive Power
-
Apparent Power (kVA)
-
Power Factor
-
Averange Power Factor
-
Voltage (Volts)
-
Current (Amps)
Data Analysis
Save in Bills
Realise how much bills are saved
Carbon Emission
Observe how much reduction in kVar after PFCS installation.
Clean Energy
Analyse how much clean and efficient energy being distributed on grid
Decision Making
Based on evaluation made by PFCS, it can decide on available information and considering potential outcomes
Machine Learning
Machine learning is a part of AI process embedded into non-living things before it makes a decision. In our next project, we initiate an idea to AI-ing our PFCS as below
IoT Centre (In Progress)
description
Centralized hub where final data operations
can be visualized, monitored, controlled, and executed by personnel.
What benefits to client?
Customer can monitor data using phone /laptop via BTE websites
Remote communication between BTE - client
Digital Command Centre
IoT | Ai
Integrated Control Centre (Progress)
IoT Centre (In Progress)
How we can achieve this?
Due to industrial demand on todays technology, we would like to enhance our product by developing system that can be:
The route shows stages by stage in order to reach a smart PFCS. Starting from the integrated control system, a device namely PQM 1000s will transmits data for the next stage of IoT process.
Integrated Control System
Stage 1
Raspberry Pi
Internet of Things (IoT)
Python/ JavaScript
Stage 2
Artificial Intelligence (Ai)
Stage 3
Data Monitoring
Our system can extract data from the device installed on PFCS to monitor the movement of real-time data.
-
Active Power
-
Reactive Power
-
Apparent Power (kVA)
-
Power Factor
-
Averange Power Factor
-
Voltage (Volts)
-
Current (Amps)
Data Analysis
Save in Bills
Realise how much bills are saved
Carbon Emission
Observe how much reduction in kVar after PFCS installation.
Clean Energy
Analyse how much clean and efficient energy being distributed on grid
Decision Making
Based on evaluation made by PFCS, it can decide on available information and considering potential outcomes
Machine Learning
Machine learning is a part of AI process embedded into non-living things before it makes a decision. In our next project, we initiate an idea to AI-ing our PFCS as below
IoT Centre (In Progress)
description
Centralized hub where final data operations
can be visualized, monitored, controlled, and executed by personnel.
What benefits to client?
Customer can monitor data using phone /laptop via BTE websites
Remote communication between BTE - client
Digital Command Centre
MyHijau Directory
MyHijau Certification
SIRIM Certification
MySTI
Why choose PFCS-Binatenaga as your
Energy Efficiency (EE) and
Power Factor Solution
Compensation System
benefit 1
Reducing three main components of energy (i.e) kWh, kVar & kVarh
benefit 2
5-10 year’s comprehensive maintenance
benefit 3
Minimize a damage of equipment due to viable voltage and current management on grid.
benefit 4
Maintaining sustainable reactive power distribution in the long run
benefit 5
Reduce 20-30% of maintenance cost for inductive equipment
benefit 6
Reducing dependency on carbon intensive power plant (i.e reduce cO2 emissions).
benefit 7
24% Green Incentive Tax Allowance (GITA) - upon approval /24% Capital Allowance
benefit 8
Save money electricity bills by eliminating power factor surcharge and improving power factor level at 0.96-0.98 in the long run
Our Clients and Projects
Compensation System
Government
Private
Testimonials on Bills
Compensation System
Discover more our sucessful clients and projects across Malaysia that improve better in energy efficiency and achieve total sustainable energy solutions
© 2024 Bina Tenaga Energy Sdn Bhd 202101028371 (1428671-U). All Rights Reserved.
