Power Systems & Smart Grid Lab in Bangladesh

EDIBON teaching and research units for the power systems & smart grid laboratory, available for equipment enquiries in Bangladesh. Share your curriculum, class size and required experiments so we can define the equipment, utilities, software and training scope in a quotation.

45 products from 1 manufacturer: EDIBON.

Find the right starting point

Choose the part of the power system students need to study

Power-system teaching can focus on the generation-to-load network, the electricity consumer or a hybrid microgrid. These routes need different module combinations. Define the curriculum and experimental scope before comparing systems for your institution in Bangladesh, then have the proposed configuration checked against the laboratory space and available electrical supply.

Generation, networks and loads

AEL-MPSS offers modular configurations for studying generation, transmission, distribution and consumption. Shortlist the sections your course needs, including protection or renewable-energy modules where required.

Explore AEL-MPSS

Metering and energy management

AEL-FUSG addresses the end-user side through smart metering, net-metering and energy-management applications. Confirm the individual applications included against the lessons you plan to teach.

Explore AEL-FUSG

Hybrid microgrid behaviour

AEL-MGP is a modular teaching route for microgrid operation and control. Ask EDIBON to map the required generation, storage and load modules to your intended experiments.

Explore AEL-MGP

What to include in your enquiry

• List the experiments: network behaviour, protection, metering, renewable integration or microgrid control.
• State student group size, simultaneous stations and whether the purchase extends existing equipment.
• Provide the room layout and supply details for the manufacturer's installation and protection requirements to be reviewed.
• Compare complete module lists, measurement and control software, training, commissioning and acceptance scope.

Discuss your requirements

Plan an electrical machines and power systems laboratory

Products

• AEL-MPSS: Modular Smart Grid Power Systems Series — EDIBON: A modular series covering power generation, transmission, distribution, consumption, protection relays, renewable sources and microgrids. Racks are combined to build the parts of a power system a course needs, all supervised from the SCADA system.
• AEL-FUSG: Final User Smart Grid System — EDIBON: Covers the smart grid as the end user meets it, through three applications: smart metering, smart energy management and net metering. Students study how a modern utility measures consumption and how locally generated energy is fed back.
• APS12: Advanced Mechanical, Electrical and Smart Grid Power Systems (Utilities) — EDIBON: A utility scale training system covering mechanical, electrical and smart grid power systems. Rather than simulating, it uses real generation, transmission and distribution hardware with control desks and protection panels arranged as in a control room.
• AEL-CPSS-01S: Smart Grid Power System with Power Generation, Transmission, Distribution and Loads, with SCADA — EDIBON: Reproduces the structure and operation of a real electrical network at laboratory scale, from generation through transmission and distribution to the loads. The SCADA system supervises the whole chain so overall network behaviour can be studied experimentally.
• AEL-BSGC: Computer Controlled Smart Grids Application — EDIBON: Covers smart grids across generation, transmission, distribution and load consumption. The computer control system records the electrical quantities at each stage so students and researchers can study how a grid responds to changing generation and demand.
• AEL-CPSS-03S: Parallel Power Generation System with two Generators, two Distribution Lines and Loads, with SCADA — EDIBON: Covers parallel operation of two generators feeding two distribution lines and a set of loads. Students synchronise the machines, share active and reactive load between them and follow the whole process from the SCADA system.
• AEL-EPP: Computer Controlled Power Plant Application — EDIBON: Covers the basic operating principles of power plants and of the substations that receive the energy they produce. The application offers different training levels, from wiring the generation and measuring modules to running the plant under computer control.
• AEL-TI-01: Three-Phase Power Line Analysis Application — EDIBON: Covers the characteristics of overhead lines using an aerial line module configurable with different resistance, inductance and capacitance values. Students measure voltage drop, losses and the behaviour of the line under different load conditions.
• AEL-TI-02: Distribution Transformer with Motor Regulation Application — EDIBON: Covers distribution transformers and their part in regulating voltage on the medium and low voltage network. The transformer has a motorised tap changer so students can watch regulation act as the load and the supply voltage change.
• AEL-HPSG: High Power Synchronous Generators Application — EDIBON: Covers the procedure and manoeuvres needed to synchronise a synchronous generator with the grid so that generated energy can be delivered, as done in real power plants. Students check the synchronising conditions and then control the output.
• AEL-TI-04: Underground Transmission Lines Application — EDIBON: Covers the characteristics of underground transmission lines, including critical length, capacitive effects, characteristic impedance and energy losses. The application allows overhead and underground lines to be compared under the same conditions.
• AEL-TI-06: Analysis of Power Flows in Transmission Lines Application — EDIBON: Covers power flow control on high voltage transmission lines using a phase shifting transformer. Students vary the phase angle across the line and measure how active and reactive power redistribute between the available paths.
• AEL-SVC: Computer Controlled Voltage Control with SVCs in Transmission Systems Application — EDIBON: Covers static VAR compensation based on a thyristor controlled reactor and a thyristor switched capacitor. Students vary the firing angle and observe how reactive power is absorbed or supplied in order to hold the transmission voltage steady.
• AEL-TI-07: Power Transmission Application with Synchronous Generator — EDIBON: Covers power generation systems based on synchronous generators and the manoeuvres carried out in generation substations. Students run the machine, synchronise it and then study the transmission of its output to the network.
• AEL-PTSG: Computer Controlled Power Transmission Smart Grid Application, with SCADA — EDIBON: Covers transmission applications based on thyristor controlled reactors, thyristor switched capacitors, STATCOM and high voltage direct current transmission. The SCADA system supervises the compensation equipment and records the network response.
• AEL-LPSG: Low Power Synchronous Generators Application — EDIBON: Covers the procedure and manoeuvres required to synchronise a low power synchronous generator with the grid before delivering its energy. Students verify the synchronising conditions and then adjust excitation and driving torque to set the output.
• AEL-MGP: Microgrid Power Systems — EDIBON: Training equipment for microgrid power systems, covering the local integration of distributed generation, storage and loads. Students study islanded and grid connected operation and the transfer between the two states.
• ERP-CBM: Cybersecurity Application — EDIBON: Covers how electrical substations are protected against cyber attacks. Students examine the communication between protection and control devices, see how relay settings could be disturbed and apply the measures that keep substation systems secure.
• AEL-RPC: Reactive Power Compensation Application — EDIBON: Covers the effects of reactive loads in AC circuits and the procedures used to compensate them. Students measure active, reactive and apparent power, switch capacitors in and observe the change in power factor and line current.
• AEL-SST-01: Switching in Transmission and Distribution Substations Application — EDIBON: Covers the switching operations carried out in transmission and distribution substations, including transferring the electrical service from one busbar to another without interrupting supply. Students operate the switchgear in the correct sequence.
• AEL-EECFP: Advanced Power Factor Compensation Application — EDIBON: Covers three-phase power factor correction, the measure industrial customers use to avoid the penalty charged when power factor falls below the prescribed value. Students measure the reduction in line losses as compensation is applied.
• AEL-APFC: Single-phase Automatic Power Factor Compensation Application — EDIBON: Covers automatic single-phase power factor controllers of the type fitted where reactive energy consumption is high. The controller switches capacitor stages in and out, and students follow the correction as the load changes.
• AEL-DLT: Dynamic Loads Application — EDIBON: Uses a squirrel cage induction motor as a dynamic electrical load in order to study how such loads behave in a power system. Students measure the influence of starting and of load changes on the supply network.
• AEL-MEPD-01: Modular Marine Electrical Power Distribution Application with SCADA — EDIBON: Designed by EDIBON, the Modular Marine Electrical Power Distribution Application, "AEL-MEPD-01", provides theoretical and practical training in the field of power generation and distribution in ship electrical power systems.
• PWP-BE: Battery Energy Storage Power Plant — EDIBON: Designed by EDIBON, the Battery Energy Storage Power Plant, "PWP-BE", demonstrates the importance of energy storage in isolated environments. In cases where wind or photovoltaic energy is absent, the storage of chemical energy by means of batteries becomes the only remaining option.
• PWP-CE: Conventional Energy Power Plant — EDIBON: Designed by EDIBON, the Conventional Energy Power Plant, "PWP-CE", must operate together with any other power plant offered in this catalogue. As in a real microgrid, its purpose is to establish the foundation of the electrical microgrid structure and define its frequency and voltage parameters.
• PWP-FE: Flywheel Energy Storage Power Plant — EDIBON: Designed by EDIBON, the Flywheel Energy Storage Power Plant, "PWP-FE", demonstrates the importance of energy storage in isolated environments. Here, a sophisticated application takes charge of storing kinetic energy by means of a flywheel.
• PWP-HE: Hydroelectric Energy Power Plant — EDIBON: Designed by EDIBON, the Hydroelectric Energy Power Plant, "PWP-HE", allows for the study of hydroelectric power plants within the context of microgrids. Because of their rapid response, hydroelectric power plants have a great capacity to supply energy at times of maximum demand.
• PWP-PE: Photovoltaic Energy Power Plant — EDIBON: Designed by EDIBON, the Photovoltaic Energy Power Plant, PWP-PE, allows for the study of photovoltaic power plants within the context of microgrids. A three-phase inverter fed by a photovoltaic panel array simulator forms the basis of the unit.
• PWP-WE: Wind Energy Power Plant — EDIBON: Designed by EDIBON, the Wind Power Plant, "PWP-WE", allows the study of wind power plants within the context of microgrids. An induction turbine generator group forms the unit, supplying energy to the micro grid through an intelligent energy distribution based on the operator's (user's) decisions.
• AEL-MRPC: Manual Reactive Power Compensation Application — EDIBON: Designed by EDIBON, the Manual Reactive Power Compensation Application, "AEL-MRPC", is used to study how reactive power consumption in AC circuits affects energy efficiency, along with the power factor compensation procedures that resolve this problem.
• PSV-BPP-SOF: Biomass Power Plant Simulator — EDIBON: Designed by EDIBON, the PSV-BPP-SOF software aims to show the user the basic principles of operation of Rankine cycle biomass power plants. It presents, in a didactic way, the elements and parameters present in the generation process, along with the interrelations between these parameters by means of the mathematical models integrated in the simulator.
• PSV-GPP-SOF: Geothermal Power Plants Simulator — EDIBON: Designed by Edibon, the PSV-GPP-SOF software aims to show the user the basic principles of operation of geothermal power plants. It presents, in a didactic way, the elements and parameters present in the generation process, along with the interrelations between these parameters through the mathematical models integrated in the simulator.
• PSV-GSPP-SOF: Gas Power Plants Simulator — EDIBON: Designed by EDIBON, the PSV-GSPP-SOF software aims to show the user the basic principles of operation of Brayton cycle gas turbine power plants. It exposes, in a didactic way, the elements and parameters present in the generation process, along with the interrelations between these parameters through the mathematical models integrated in the simulator.
• PSV-HPPS-SOF: Hydroelectric Power Plants Simulator — EDIBON: Designed by EDIBON, the PSV-HPPS-SOF software shows the user the basic principles of operation of hydraulic power plants with and without pumping. It exposes, in a didactic way, the elements and parameters involved in the generation process, along with the interrelations between these parameters thanks to the mathematical models integrated in the simulator.
• PSV-HSPP-SOF: Heliothermic Solar Power Plants Simulator — EDIBON: Designed by Edibon, the PSV-HSPP-SOF software aims to show the user the basic principles of operation of solar thermal power plants. It presents, in a didactic way, the elements and parameters present in the generation process, along with the interrelations between these parameters through the mathematical models integrated in the simulator.
• PSV-PPSS: Power Plants Simulation Software — EDIBON: EDIBON has developed a set of SCADA software to simulate power plants, so as to understand their impact and improve their operation. Through it, teachers, researchers and students can experiment with a wide range of real-life situations.
• PSV-WPPP-SOF: Wind Powered Power Plant Simulator — EDIBON: Designed by Edibon, the PSV-WPPP-SOF software shows the user the basic principles of operation of wind power plants. It exposes, in a didactic way, the elements and parameters present in the generation process, along with the interrelations between these parameters thanks to the mathematical models integrated in the simulator.
• AEL-AE1A: Aerial Line Model Application — EDIBON: Designed by EDIBON, the Aerial Line Model Application, "AEL-AE1A", is used to study the basic concepts of power systems in the field of power generation, transmission, distribution and load consumption.
• AEL-TI-03: Arc Suppression Coil Application — EDIBON: Designed by EDIBON, the Arc Suppression Coil Application, "AEL-TI-03", shows students how an earth fault current can be neutralised using a Petersen Coil.
• AEL-TI-05: Parallel and Series Transmission Lines Application — EDIBON: Studying the parallel and series interconnection of transmission lines is the purpose of the Parallel and Series Transmission Lines Application, "AEL-TI-05".
• AEL-FUSG-E: Final User Smart Grid - Smart Energy Application — EDIBON: Designed by EDIBON, the Final User Smart Grid, Smart Energy Application, "AEL-FUSG-E", is an application that reflects the behaviour of real Home Energy Management Systems.
• AEL-FUSG-M: Final User Smart Grid - Smart Meter Application — EDIBON: Designed by EDIBON, the Smart Grid (End User), Smart Meter Application, "AEL-FUSG-M", offers a real smart grid system in which users can manage a real smart meter.
• AEL-FUSG-N: Final User Smart Grid - Net Metering Application — EDIBON: Designed by EDIBON, the Final User Smart Grid, Net Metering Application, "AEL-FUSG-N", allows the user to simulate the sale or consumption of the generated energy.
• MPGDC: Computer Controlled Marine Power Generation and Distribution System — EDIBON: Designed by EDIBON, the Computer Controlled Marine Power Generation and Distribution System, "MPGDC", provides both theoretical and practical training in the field of ship power generation and distribution.

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