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Comsol
Connected without Limits
Overview
HQ Location
South Africa
Year Founded
1997
Company Type
Private
Revenue
$10-100m
Employees
51 - 200
Website
Twitter Handle
Company Description
Comsol is South Africa's premier layer 2 open access solution partner,catering to the demand for high speed, reliable carrier grade access solutions. Comsol understands the need for choice, offering the freedom to choose, without compromising on quality and dependability. Comsol offers South Africa's first medium agnostic, enterprise grade, Layer 2, open access network, delivering guaranteed, dedicated, high speed carrier grade solutions to over 200 South African metropolitan areas and towns, creating a business grade foundation for people to connect, anywhere, any time. Together with Comsol's partners, Comsol is committed to enabling limitless connectivity for South Africa and beyond.
IoT Solutions
Comsol offer a range of solutions including open access, layer 2 enabler network solutions, Network Implementation, Custom connectivity solution, Infrastructure, Licensed Wireless, Last Mile Connectivity, Fibre, Managed Circuits, PtP, PtMP, MPtP, and Network Design.
Key Customers
Their key clients are major Telcos, Carriers and Service Providers
IoT Snapshot
Comsol is a provider of Industrial IoT networks and connectivity technologies, and also active in the cities and municipalities, mining, and retail industries.
Technologies
Industries
Technology Stack
Comsol ’s Technology Stack maps Comsol ’s participation in the networks and connectivity IoT Technology stack.
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Devices Layer
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Edge Layer
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Cloud Layer
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Application Layer
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Supporting Technologies
Technological Capability:
None
Minor
Moderate
Strong
Case Studies.
Case Study
Making Biofuel A Costeffective, Renewable Source of Energy
The production process of biofuels from plant-based materials poses significant economic barriers to widespread use. Despite the benefits of biofuels being renewable, clean-burning, and carbon-neutral, their availability is limited, particularly for vehicle use. As of 2014, only 2% of retail fueling stations in the U.S. offered ethanol-based fuel E85. The National Renewable Energy Laboratory (NREL) aims to overcome these barriers by gaining a better understanding of the physical processes behind biofuel conversion. Supported by the Computational Pyrolysis Consortium, NREL is developing computational models that accurately represent biomass particle geometry to improve reactor design and operation for mass production of biofuel.
Case Study
Revving up Electrohydraulic Power Steering with Virtual Prototyping
Designing an electrohydraulic power steering (EHPS) system involves managing numerous interrelated components, where minor adjustments can significantly impact the system's function, efficiency, and reliability. The complexity of the system, which includes an electronic control unit (ECU), torque sensor, valve, and pipe system, requires a detailed understanding of how each part interacts. Traditional validation and physical testing methods are expensive and time-consuming, often taking up to six months. This slow process is not conducive to the fast-paced design cycles required in the automotive industry. Therefore, there is a need for a more efficient method to refine and optimize EHPS designs before moving to physical testing.
Case Study
Researching a New Fuel for the HFIR: Advancements at ORNL Require Multiphysics Simulation to Support Safety and Reliability
The High Flux Isotope Reactor (HFIR) at Oak Ridge National Laboratory (ORNL) is undergoing a conversion from highly enriched uranium (HEU) to low-enriched uranium (LEU) fuel to meet the Global Threat Reduction Initiative's requirements. This conversion presents a complex challenge due to the unique fuel and core design of the HFIR, as well as its high power density. The primary challenge is to ensure that the new LEU fuel can maintain the reactor's performance, safety, and reliability. Researchers need to evaluate the impact of the fuel change on various aspects such as neutron scattering, isotope production, irradiation experiments, and neutron activation analyses. Additionally, the HFIR will need to operate at a higher power level (100 MW) to maintain the same neutron flux, which increases the demands on the reactor's thermal margin and safety.
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