Power system studies and analyses

Industrial and institutional organizations must have a reliable, efficient and secure power system to run smoothly. They should also systematically use specialized power system studies that address both technical and financial aspects. These studies are crucial on numerous occasions, for example, to effectively plan an expansion project, increase operational efficiency or successfully integrate new technologies designed to achieve decarbonization objectives.

Power system studies and analyses

  1. Your challenges

    • Power substation

      A grid that complies with various standards

      Power system standards are forever becoming more stringent. To make the right decisions at the right time, it’s crucial to have a thorough understanding of the requirements put in place by system management authorities and to have a clear vision of their potential impact on your operations. Whether it’s to plan your expansion projects, increase the return on your investments, ensure the sustainability of your assets in the face of climate change risks or to facilitate technology-related decisions, you need to make sure your operations comply at all times.

      Plan your system effectively

      You may consider developing a comprehensive power system upgrade and refurbishment program to strategically manage your assets and decarbonize your operations.

      First, you need to establish the sequence of steps that will allow you to grow and achieve your long-term goals. To ensure your power system is well planned, you’ll need reliable data that’s been thoroughly verified in the field and rigorously measured using state-of-the-art equipment.

      Ensure operational continuity

      Your power system plays a critical role in your company’s reliability, so you need to minimize any losses caused by power outages, which can be very costly. Specialized power system studies make it easier to prevent or resolve operational issues, electromagnetic incompatibility or equipment failure, while ensuring the safety of your most valuable asset: your employees.

  2. Our approach

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      Solutions based on accurate data and adapted to your reality

      Our knowledge of interconnected systems, both off-grid and remote, is based on over 40 years of experience in high-power electrical engineering. Our team is known for its in-depth knowledge of all applicable standards and regulatory requirements, along with its command of a wide range of power system studies.

      Our strength is unparalleled field experience combined with a broad knowledge of technologies on the market. You can count on our experts to help make the right investments at the right time, since the data and solutions we offer are both accurate and perfectly adapted to your reality.

      Leverage technology to increase your operational capabilities

      BBA offers a range of digitalization services for power systems (IEC 61850 standard). Our multidisciplinary team includes experts specialized in the fields of protection, control, automation, telecommunications and cybersecurity.

      We use system modelling tools that are best suited to your facility location and current regulations, such as Power System Simulator for Engineering (PSSE), DSATools, EMTP, ASPEN Power Flow, ETAP and SKM. Using the most advanced industry software and tools, our experts propose technological solutions that are based on practical experience and in-depth knowledge of industrial operations.
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      An in-house space to test, assess and provide the insights you need

      Working closely with our clients' internal teams, we identify equipment that requires thorough testing and perform the necessary assessments to deliver the detailed insights essential for informed investment decisions. Our in-house high-voltage (HV) laboratory conducts these tests with a rapid turnaround to ensure timely results.

      Designed by experienced industry experts and driven by a team of passionate young professionals, our laboratory supports manufacturers and end users in a wide range of services, including design, production, qualification and acceptance testing, condition assessments, and root cause failure/forensic analysis of electrical equipment. All tests are conducted in accordance with industry-recognized standards such as IEEE, IEC, ANSI, CSA, UL, NEMA, ICEA, AEIC, and ASTM, among others. Operated by some of the brightest minds in science and engineering, our laboratory offers a comprehensive array of testing services.
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      Comprehensive testing and qualification services for MV and LV electrical equipment

      • A2LA-accredited testing facility: Meets the rigorous requirements of ISO/IEC 17025:2017 (Certificate Number: 6795.01)
      • Design and qualification tests for MV and LV cables: Testing extruded and laminated dielectric shielded cable accessories (2.5 kV to 44 kV) for design, pre-qualification, and qualification programs.
      • Prototype and R&D testing: Customized testing and support for new and specialized equipment development.
      • Root cause failure analysis: In-depth analysis for MV cables, accessories, transformers, and rotating machines.
      • Form-wound bars and coils quality verification: HV testing of live-line and safety tools.
      • Long-term cable testing: Insulation resistance, water absorption, and stability tests for MV and LV cables.
      • Production testing for switchgear: Verifying dielectric strength, impulse response, and partial discharge levels.
      • Voltage endurance testing: Comprehensive evaluation of MV cables, accessories, and transformer insulation.
      • Live-line and safety tool testing: In-lab and on-site testing with specialized training and workshops.
      • HV training and demonstrations: Basic and advanced courses with hands-on lab sessions for utility and OEM staff.
  4. Solutions we offer
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