Ground Reflections provides consultation, monitoring and modeling solutions for power quality, energy management, and electromagnetic interference (EMI) issues in facilities, networks and environments. We also have a mission to promote awareness about electromagnetic compatibility (EMC) on emerging infrastructures.
Preparing our infrastructures for the future
Ground Reflections Electromagnetic Systems and Engineering Inc. is a Whitehorse-based company with a mission to develop technical solutions to the infrastructure challenges that accompany the deployment of next generation technologies such as 5G communications, renewable energy systems, Smart Grids, the Internet of Things (IoT), electrified and autonomous transportation, and cloud computing. The solutions developed by Ground Reflections will modernize our system infrastructures and facilitate the introduction and sustainability of the new technologies in a manner that’s compatible with our northern environment.
The World Around Us
Emerging technologies such as grid-connected renewable energy systems, Smart Grid networks, and EV charging networks depend heavily on increasingly sophisticated power electronics and digital systems. Due to the high data rates and switching frequencies of these modern electronic platforms, along with their increasing density and inter-connectivity, interoperability issues have become challenges in the widespread adoption of these new technologies. Ground Reflections has been developing monitoring, data analysis and modeling solutions to address and mitigate these challenges.
What is EMI?
What is EME?
There has been growing concern and controversy about the potential effects of electromagnetic radiation exposure (EME) on humans due to the proliferation of wireless systems in populated areas. The expectation of 5G deployments and the growth of the Internet of Things (IoT) applications has brought the issue closer to the forefront as a public concern.
Any electromagnetic survey, inspection or simulation of an installation or facility has optimal significance when placed within the context of an accepted standard. To have meaning, any electromagnetic assessment at a given site should always be conducted with the same methods and procedures, test equipment, reference levels, and calibrations.