Written by A.C Ramakrishnaiah   


                    HONALEC-  POWER SYSTEM SIMULATOR HES- 8050                                                   

                                             Electrical power system understanding simplified.

    Honalec Power system simulator is the miniaturized mini real power system in an organized lab, works under power frequency based low voltage. This PSS covers Generation, Transmission, Distribution & Utilization of electrical power. The simulator developed for power system Education and Training, in Engineering institution & power system training centers, This Honalec HES8050 PSS is more appropriately the Power system dynamic simulator.

 HES-8050 PSS integrated with miniaturised models of power system infrastructure Components/Equipments/Systems contributing to the flow of electrical power from generation to utilization along with Measurement, Protection and Control system packages are the functionalities of Real power system. This simulator works with power frequency voltage of 110/220/330 volts AC 50/60hz. The power generation capacity of the simulator is 20 KVA from two area power generation plant and 1 KW from distributed generation. The power system Engineer works with this simulator feels himself  working in real power system environment.

     The HES8050 PSS is the covergence of  Power  Engineering. Power system Standards, Power system practice and Honalec proprietry micro machine modeling of power system components.The PSS is integrated with smart technologies like HDVLSI, Smart sensors High speed DAS,  Realtime measuring instrumentation, SCADA, Networking,Powerline Communication, Power elctronics, Internet, IT, and Softwares along with power system simulation hardware , HES 8050 PSS is only the most flexible  TRUE  POWER SYSTEM SIMULATOR hardware availanle in the world for Education and Training. 

The functional groups of HONALEC  HES8050 PSS hardware includes  

  • Power generation simulator.
  • Power grid  system simulator
  • Power distribution system  simulator
  • Power utility simulator
  • Smart grid technology demonstration

A. Power Generation Simulator-   HES-8050PPS

  • Real power generation  with provision for P,Q, V,F  controls.
  • Generator  protection and synchronization  facility.
  • Advaced Metering, and SCADA for power generation plant.
  • Steady state local loading  and fault simulation facility.        

B. Pwer Grid  system Simulator- HES -8050PGS

  • Generated  voltage transfor-mation  facility.
  • EHV/UHV over head transmission line simulation with  VAR compensators.
  • EHV/UHV FACTS line simulation with static series/shunt VAR compesators
  • EHV/UHV  UG cable transmission line simulation.with VAR compensators
  • HVDC link to synchronise two asynchronous grids
  • Grid/ Reciving station voltage transformation facility.
  • Sub transmission line simulation module.
  • Transmission line protection with Distance relay facility
  • Phasor measurement unit-PMU.
  • Grid/ Receiving station BAY CONTROLLER and
  • SCADA for power grid simulation unit.

C. Power Distribution  system Simulator-   HES -8050PDS

  • Substation simulation module with RTU.
  • Ring and radial power distribution line simulation facility.
  • Distrubution level fault  simulation.  
  • FEEDER  Management relay facility.
  • VOLT / VAR management at distribution network .
  • Distribution  network energy efficiency demonstration. 
  • AMI- POWER THEPT idetification demonstration.
  • Peak load management demonstration facility.
  • SCADA for power distribution simulator unit. 

D.  Power Utility Simulator-   HES -8050PUS

  • RLC and elctronic loading facility.
  • Residential , commercial and industrial load simulation facility
  • Load pattern generation for 24 HOUR cycle.
  • P, Q  and Harmonic power loss measurement facility
  • Demand side load mangement demostration.

    E.  Smart Grid Technology Demonstration

  • Distributed power generation- solar 1 KW /  wind generator 200 watts with grid- tie inverter. 
  • AMRs of 15 numbers,  single/ three phase  in each power utility simulator
  • Home energy management , zigbee comunication - ROUTER - Networking residential loads. 
  • Enterprise energy management demostration.
  • Peak load management,and electric vehicle charging facilty demonstration.
  • AMR management software.

  HONALEC HES-8050 Power system simulator- Application  

 for Academics

  • HES 8050 power system simulator in an organized laboratory of engineering institution helps for conducting curriculum based experiments of power system lab and for project work in PG (M.Tech , M.E. ,M.S) / Ph.D studies.

for Training

  • HES 8050 PSS hardware helps the power system  training institute to design the training modules for Generation companies  Grid operators, Distribution companies and Industry working professionals in almost every topics of power engineering including FACTS devises application to power system, SCADA application to power system, Distribution system energy efficiency Understanding power quality problems and harmonic power loss,  Demand side load management and Peak load management demonstration.

 for SKILL-Development Centers.

  • HES 8050 PSS hardware helps for workforce development to smart grid includes, IEC 61850 protocol based Networking engineers Control room engineers for AMR management, VOLT / VAR management,  RMC of power Transformer management,  Smart grid control room operators,  Energy Auditors, Harmonics analyst, Smart grid maintenance engineers, any other workforce as specified by  smart grid operating companies. 

Outcome of Education and  Training with HONALEC-HES8050 POWER SYSTEM SIMULATOR 

The power engineering  students or the working professionals undergoing laboratory based power system education and training  with HES8050 PSS will  understand fallowing things on complition of training.

  • Cold starting of power generation plant and synchronization to power grid.
  • Perfect power delivery path from generation to utilization (Transmission and Distribution network)
  • Efficient utilization of generated power with implimention of energy management system(Residential, commercial,and industry level)
  • Choice of transmission method EHV /UHV AC or DC for bulk power transmission.
  • Choice of voltage at transmission and distribution level.
  •  Measures for energy efficiency at transmission and distribution network
  • Control and protection measures to be implimented at different level for smooth functioning of power system.
  • Mitigation method under contengency condition
  • Energy accountability from generation to utility level.
  • Voltage / reactive VAR management. at transmission ,distribution and utility networks.
  • Peak load management.and demand side load management
  • Energy blockout  conditions and restoration procedures.
  • Benefits of smart technologies to power systems
  • Flexible  decision  making capacity during  operation and maintenance of power plant, power grid, distribution and utilities. .




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Contact Person :

A.C.RAMAKRISHNAIAHA Chief Executive Technical