Delsmart Iot Power Factor Controller - Mild Steel, White Finish | Dynamic Capacitor Inclusion, Online Monitoring & Sms Alerts

DelSmart online monitoring APFC module is an IoT Device that measures 3-phase Electrical parameters and dynamically includes capacitors for Power Factor improvements. Measured data are pushed to a dedicated software package through the GSM/WiFi Module. DelSmart Online APFC can be used as single/two steps for individual machine monitoring and 3 to 12 steps for Industries, Electrical utilities, and commercial buildings.

Benefits:-
Dynamically includes capacitors for Power Factor improvement even for fluctuating loads.
Eliminates Power Factor penalty Prevention of leading power factor
One-year Free Software Abnormality-based SMS/e-Mail alert for following to concern persons
Over Current/ Over Loading alert, Over and Under Voltage alert, Low PF alert, Phase loss/Cut alert,
Unbalance Voltage alert, Unbalance load alert

Features The following Electrical parameter will show in the display
3 Phase Voltage,3 Phase Current (3 Current Transformer (CT) method)
3 Phase Power Factor, 3 Phase kWh, 3 Phase kVAh, 3 Phase kVArh
Maximum Demand Value
Time of Day (ToD) will be shown in the Display
ToD for kWh, kVAh, kVArh
For Power Factor Improvement
following details will be shown in the display
Required Capacitor Value to improve PF above 0.95
Capacitors ON/OFF status
Online Monitoring via GSM for a minimum every 1 Minute data (Can be Configurable from a minimum of 1 minute to every 1 hour) and it can be changed in software and the device will work in two-way communication. It can be Remotely Configurable for Abnormal value (Over and Under Voltage Limits, Over Current limit) setting

DelSmart IoT Power Factor Controller: This device likely optimizes the power factor of electrical systems, ensuring efficient use of electricity by minimizing reactive power and improving overall system efficiency.

MD Controller (Added Advantage): This could stand for Maximum Demand Controller, which helps manage peak energy demand to avoid exceeding contracted power limits and incurring penalties.

Time of Day with Electrical Parameter Measurement: This feature likely involves scheduling operations based on time-of-day considerations and monitoring key electrical parameters such as voltage, current, power factor, and energy consumption.

Online Monitoring Software: This software likely provides a user interface for remote monitoring and control of the electrical system. Users can access real-time data, historical trends, and configure settings remotely.

SMS and Mail Alerts: The system can send alerts via SMS or email to notify users of important events, such as abnormal operating conditions, maintenance reminders, or system faults.

Predictive Abnormality Alert: This feature uses advanced analytics or machine learning algorithms to predict potential abnormalities or failures in the electrical system before they occur, allowing proactive maintenance and minimizing downtime.
Overall, this system offers comprehensive monitoring, control, and alerting capabilities to optimize energy efficiency, ensure reliable operation, and minimize downtime in electrical systems.