supply of real time simulator , real time simulator , real time simulator chassis a. powerful target computer, with multi core processor, minimum quad core b. minimum supported speed 3.2ghz c. supported ssd, minimum 120gb d. supported ddr ram, minimum 8gb e. led indicators for synchronization status, target computer status etc. f. 4 socket small form-factor pluggable 1-to 5gbits optical interface g. 6ch encoder and 6ch decoder h. pcie slot to accommodate any pcie card i. expand by adding just io expansion chassis fpga a. xilinx kintex7 fpga to drive the i / o and also should support for computation b. fpga based high fidelity motor models for studies software specification a. modelling environment should be based on matlab / simulink / simpowersystems. tceintends to use this offline simulation software which are available in tce b. integrated development environment host software licenses across the lab allowing users to run simulations on a windows target in non-real time mode c. software should be capable of generating pwm pulses independent of simulation clock d. provision to upgrade the system for fpga programming environment interface, which can be used for faster converter simulation e. models for easy learning of engineers in the field of drives and power electronics must be provided compatible to simpowersystems to get started with basic examples f. provision to add specialized solvers for drives and power electronics g. should have provision for scripting language ( e.g. python ) . h. ability for other third party simulations software like gt-power, amesim, tesis, ansys etc.. i. ability to edit parameters of the system during real time execution. j. automatic core allocation in cases of multi-core simulation which will help us in minimizing time and effort to allocate cores manually should be available. k. embedded mode operation l. future expansion - supplied equipment should support c37.118, iec61850, modbus => limited