Opal-RT Technologies Inc. provides a complete range of HIL (hardware-in-the-loop) simulation services and products – from small rapid control prototyping systems to large-scale distributed real-time simulators to turnkey engineering simulators – specializing in applications where plant model fidelity and fault tolerance requirements push rapid control prototyping and HIL testing to their limits.

eMEGAsim is a fully digital real-time power grid simulator for the study, test, and simulation of large in-land power grids, industrial power systems, commercial and military ships, and electrical train traction systems and feeding networks. eMEGAsim is designed to meet the real-time simulation and testing needs of engineers and researchers across the power generation industry, from university researchers studying renewable energy sources to electrical utilities seeking ways to manage an increasingly diverse range of power generation and distribution systems.   Combining Opal-RT’s RT-LAB™ real-time technology with affordable, high performance multi-core X86 processors and FPGA I/O products, eDRIVEsim is the ideal real-time platform for designing advanced control systems and performing HIL testing of controllers used in high-speed electric motors, power converters, and hybrid drives.   RT-LAB BERTA is the best tool available today for solving speed regulator problems at the source, and at the lowest possible cost   FPGA-based, hardware-the-loop development software integrating XILINX System Generator, Simulink®, and RT-LAB, to distribute the computation of a complex plant or controller model on multiple computation nodes based on PC hardware, RT-LAB XSG now allows the use of dedicated FPGA processors for sub-microsecond computation loops.   Fully programmable Electronic Control Unit (ECU) open-loop tester, with options for closed-loop dynamic testing.   Reconfigurable FPGA-based field programmable gate array boards for distributed I/O and signal conditioning. OP5000 FPGA boards are used in HILBOX, MX STATION HIL and rapid control prototyping systems.