Energy Management System (EMS) can provide real time reading, chart trending, data achieving, alarming, reporting and dashboard function to understand day to day energy consumption, diagnosis, possible area of energy saving, management-view report etc. It is also a mandatory system to be in place by collecting all the significant electrical parameters from the electrical main board and sub board, then to utilize the data to execute follow up action of load shedding algorithm in sequence (priority based) or (cascading based) through high-speed data analysis and process.
Load shedding is the deliberate shutdown of electric power in a part or parts of a power-distribution system, generally to prevent the failure of the entire system when the demand strains the capacity of the system. Also, to prevent the surge of maximum demand by limiting the amount of power drawn from the electricity grid. In another word, load shedding allows energy consumers to minimize these demand peaks and regulate power usage across their entire enterprise, reducing extra demand charges and lowering long-term energy costs.
One step further, maximum demand monitoring and prediction control module can be added on to control energy costs by limiting the amount of power drawn from the electricity grid/Cogen. Demand control allows energy consumers to minimize these demand peaks and regulate power usage across their entire enterprise, reducing extra demand charges and lowering long-term energy costs.
Consult us today for more information on the Energy Management System solutions!
Solar Monitoring & Control
We have been involved with Solar Industry for more than 10 years while serving a total of 20 customers or so with total cumulative Solar PV plant system capacity of more than 208 MW ranging from small-scaled rooftop Solar PV to Large Scaled Solar (LSS) PV plants. Solar Monitoring and Control System that we offer can be categorise to several solutions as follows:
Solar PV Monitoring System
Solar PV Plant capacity less than 50MW is recommended to us the EM200 Self-Customize IoT Server with the following capabilities:
- HMI Screens Customization:
- 100% easy to customize real-time diagrams.
- 30 different HTML5.0 SCADA objects to choose from such as numeric objects, control objects, Modbus command objects, image objects, status alarm objects and page link objects.
- 1-5 second object updates/refresh rate
- 100% WEB based viewed via smart phone, laptop, smart pads, or smart TV.
- HTML5 Programming; HTML, CSS, JavaScript files can be fully uploaded to make even more dynamic WEB screens for your monitoring application. Just program the screen the way you want, upload the files directly with monitoring CODE provided.
The EM200 also comes with multiple selections of built-in reporting that are user-friendly and easy to understand. The reports can be exported in image, PDF or CSV format as well for user convenience to perform off-platform analysis.
Consult us today for more information on this solution!
Solar SCADA System
Solar SCADA System is recommended to perform monitor and control for Large Scale Solar (LSS) PV Farm with more than 50MW capacity as more tag counts and more customisations can be incorporated within this solution. This solution features the following:
- Monitoring main substation IED’s, PQM, Relays, etc.
- Monitoring substation I/O such as Breakers, Switches
- Monitoring from SCADA Servers
- Supports 65,000 tags or more (Run-Time or Complete)
- Supports protocols such as DNP3, IEC61850, 60870-104, OPC
Real-time object monitoring and alarming are 100% fully customizable. For example, the placement of different values, the multi-layer configuration when user clicks, the monitored parameters are all customizable. The proposal depends on the complexity of the configuration for the SCADA system and the protocol to communicate with the field devices, PPC or RTU. Alarms colors, emails and events are able to be customised accordingly to the specification by customer. The real-time objects update rates are about 1-5 seconds depending on the traffic speed and the data amount of the overall architecture.
Reporting for this SCADA solution can be customised based on the customer needs and template provided.
Consult us today for more information on this solution!
Solar Zero-Export Control
Zero Export can be combination of digital power meter, inverters, weather stations, etc; compatible with the data logger for controlling. The main purpose of this system is to prevent the solar system feeding into the grid thus, zero-export. By controlling this will going to reduce the costs for the solar system implementation.
Features of the zero-export control:
Zero Export Plant Control
- Able to control inverter registers to control inverter’s production levels.
- Users can set algorithms and variables to set control conditions.
- Users can set algorithms and variables to set control conditions.
Automatic Control by Condition
Set a condition such as matching plant power demand, power factor limits or load control to SEND COMMAND to inverter to control production.
Solar Power Plant Controller
Power Plant Controller (PPC) is a utility-scale solar power system controller that consolidates management of inverters of power plant, providing a single point of integrated control and monitoring.
Features of the Power Plant Controller (PPC):
- Active / reactive power control with ramp rate control
- Feedback from power and metrological instruments, circuit breaker status
- Voltage regulation / power factor control
- Data, digital and analogue interfaces, fully extensible and customizable
- Supporting most all inverters, meters, and protection devices
- Integration of new devices, grid code or plant operator requirements upon request Interoperable with our monitoring system.
Consult us today for more information on this solution!
Energy Billing System (e-Bill)
eBill system is a straightforward solution that capture data from your existing utility metering system and provide in-depth analysis and services to deliver energy billing with “1” click. The features of this e-Bill are:
- eBill pulls energy data electronically from your utility metering system and populates this information into our platform.
- eBill open architecture allows data to flow seamlessly from any metering system, including most major utility metering provider.
- eBill uses proprietary tools/logics to cross-analyze your energy data, including past utility billing mistakes and incorrect utility rates.
- eBill is web-based and support by all web browsers.
Network Architecture
eBill uses state of the art communication gateway developed by us to collect data directly from the energy meter. Manufacturer allows sour eBill to access directly to the energy meter to retrieve data.
Consult us today for more information on this solution!
Weather Stations
Together with our Solar PV monitoring and SCADA system solution, we can offer our OEM weather station to the customer. The advantage of it is we can assure the customer that this weather station is sure compatible and steadily working with the monitoring system. Else, customer may purchase the weather station separately for the existing system as our weather station are flexible to communicate with external system too. We offer two kinds of weather stations for customer to select from, the first type is the Automatic Weather Station (AWS) where customer can customise kind of sensors, what range and what category to be integrated.
The features of this AWS are:
- Customisable
- High accuracy
- Strong resistance to harsh environment
- Strong corrosion resistant ability
- Automatic storage and backup
- Convenient data download
- All-metal construction of bracket
- Solar power supply optional
Another type of weather station we offer is the Ultrasonic Weather Station where all the sensors are already integrated within one station for customer ease of use. It is not customisable, but customer can request separate additional sensors together with this Ultrasonic Weather Station.
The features of this Ultrasonic Weather Station are:
- High accuracy, fast response
- Easy to install, all-weather measurement.
- RS485/RS232/SDI-12 output
- No moving parts, maintenance free
- Built-in heating device to ensure the normal work in cold climate.
- Use radar measurement of precipitation, accurately reflect the rainfall and start-stop moment.
- *Optional electronic compass, GPS and BDS global positioning module
Consult us today for more information on this solution!
Solar Web GSO
Venturing deeper into Solar PV system solution, we offer Web Grid System Operator (GSO) solution too where basically it is to pick up the required Solar Power Plant (SPP) data and the installed Metrological Measuring Facilities (MMF) data from the Solar SCADA system, then transfer the data to Weather Forecasting portal or Metrological Centre. The dedicated team in the centre will perform thorough forecast algorithm to analyse the received data, and then our system will retrieve back the data from the portal or centre to be send to Grid System Operator (GSO).
Consult us today for more information on this solution!
Industrial Automation
Introduction
Nowadays, most of the industry includes process system, machineries, manufacturers, logistics etc. turned from manual labour to automation. Manual system requires human intervention to operate the machines and monitor the machines physically. Due to the rapid growth of technology, newer and more efficient computer automation control is produced for higher accuracy, quality, precision, and performances of industrial automation. Industrial Automation is the use of control devices such as industrial PC, PLCs, IO modules etc. to control the industrial processes and machinery by not relying on human labour intervention as much as possible.
Our solution is designed to control the wide number of process variables such as temperature, flow, pressure, and liquid levels etc. so that they can be sensed simultaneously. All these variables are acquired, processed, and controlled by PC-based data processing controllers, PLCs, I/O modules etc. and will be displayed at HMI on monitoring screen or physical HMI touch screen.
Programmable Logic Controller (PLC) is a modern controller that comes with dedicated software thus they are capable of being programmed to perform corresponding control operations. PLCs have industrial grade CPU, digital I/O, analog I/O and communication modules such that they can operate at industry environment conditions to control the various process parameters.
Human Machine Interface (HMI) is a user-friendly Graphical User Interface (GUI) for the operators which displays the process information such as real-time readings, process variable status, alarm signals, event logs, energy consumption analysis, reporting etc. Supervisory control and data acquisition (SCADA) consists of software and hardware from field that allows industrial organizations to perform local industrial process control or remotely. Another step in the current IoT era, we can configure the SCADA to be connected to the internet and the system HMI will be able to be accessed from anywhere and notification alert can be received by any media available to the internet. We are using Enerwise EM-solutions and PcVue as our main SCADA solution for various industry depending on the customer requirement as both are capable of doing industrial automation process control.
Typical architecture for the Enerwise EM-solution SCADA.
Wide range of PcVue SCADA related product architecture
Consult us today for more information on the Industrial Automation solutions!
Building Management
Building Technologies Overall Features
We are dedicated to providing continuous enhancements to the building management system platform to strengthen the customer experience and create new possibilities for our current and future customers.
Hardware Specifications
Mecury hardware, making it easy to change security solution providers
Communications
Communicate on a single platform to deliver the information you need, allowing you to make smarter, savvier decisions while enhancing your occupants’ comfort, safety, and productivity
ENTHU Technology provides various brands of hardware and software in order to customize the best suited solutions for our client’s needs with the latest technology not limited to IOT, Cloud Service and Web Based System.
Consult us today for more information on the Building Management System solutions!
Online Feeder Pillar
Introduction
Online Feeder Pillar Solution has been designed to provide an easy installation, versatile and fulfilling the IoT concept, which is a system of interrelated local devices with Metering measurement, with or without requiring human to machine interaction. The system evolves machine-to-machine (M2M) communication, which provide users the facility to access the system by remote technology.
The total energy and demand for the feeder pillar is calculated by the summation of the feeder loads and individual outgoing load parameter is measured. The system is configured to measure all the load feeders by translating the CT (Current Transformer) signal. Current Transformer is back mounted for each outgoing feeder, concept of advanced feeder supervisor (AFR). Busbar voltage value can also be measured for all the 3 phases.
Under Online Feeder Pillar Solutions, Enthu Technology offers two major parts:
- Smart Feeder Pillar Monitoring System (S-FPMS)
- Head End System (HES)
Smart Feeder Pillar Monitoring System
Smart Feeder Pillar Monitoring System (S-FPMS) consist of :
- Measurement Device with communication
- Display Unit
System operation is divided into two categories :
Manual Operation
- User can access the raw data by accessing its storage, as well as monitor the real time value from the display locally in the Feeder Pillar Panel.
Remote Operation
- User can access the raw data remotely through IoT Concept, as well as monitor the real time value remotely from a PC, Smart Phone or Tablet.
Head End System
Head End System is a cloud based centralized platform that receives the stream of data from every online feeder pillar, and facilitating a platform for user to monitor, control and big data analysis purpose
Consult us today for more information on the Online Feeder Pillar System solutions!
Automatic Meter Reading
Automatic meter reading (AMR) is a centralized system of automatically collecting metering data, profile, and status from utility meter (gas, water and electric) and transferring the data to a centralized database for monitoring, controlling, billing, troubleshooting, and analyzing purpose. AMR gives the benefit of automating the entire metering process and saves user’s expense of periodic trips to each physical location to read a meter. Another advantage is that billing can be based on accurate consumption data saved within the meter profile rather than estimation or data mismatch. The system can be categorized into:
- Postpaid System
- Prepaid System
- Online Postpaid System
Main Features
- Meter Management
- Tenant Management
- Wallet Integration Service
- Auto Billing
- Reporting
- Alarm and Event
- Multi-Portal
- Tariff Configuration
- Data Analysis
Details
❑ Support for Multi Brands
EMH, EDMI, ITRON, HOLLEY
❑ Support for Multi Protocols
DLMS, IEC62056-21, Modbus RTU, Modbus TCP, BACNET
❑ Support for multi utility type meter
Water, gas and electrical
❑ Support for Multi Platform
On premises, Cloud Computing or Hybrid
❑ Support for Multi Operating System
Microsoft Windows or Linux
❑ Support for single owner or multi owner
❑ Remote Cutoff
Cutoff and turn on the meter connection automatically based on threshold or manual intervention
❑ Scalability and Flexibility
Scalable from 1 piece to unlimited pieces of meter
Consult us today for more information on the Automatic Meter Reading!
