Advanced Power System Engineering Solutions

We provide top-notch technical consulting services for utilities, to support stable, safe and reliable power grid, and deliver practical power engineering training for professionals and students.

Need Expert Power System Engineering Support?

OUR APPROACH

Powering our clients with safe & reliable solutions

Our Mission

Our mission is to provide top-notch technical consulting services for utilities, to support stable, safe and reliable power grid, and deliver practical power engineering training for professionals and students.

Our Vision

Our vision is to become the primary choice in Southern Africa, delivering practical and effective solutions grounded in power system data and rigorous studies.

Our Assurance

We are committed to delivering high-quality engineering projects efficiently while exceeding stakeholder expectations and strictly following industry standards and best practices.

OUR SERVICES

Advanced Power System Studies and Engineering Solutions

Cable Energization
TOV – Resonance
Ground faults and clearing
System Islanding
Generator self-excitation
Transient Stability

Cable Energization
Auto-reclosing Overvoltage
Ground faults and clearing
Zero-miss effect
Generator self-excitation

Reactive Power Compensation
Ferranti Effect
Active Power Transmission

PSCAD/EMTCD
PSS®E
PLS-CADD

Gallery

WHY CHOOSE US

Engineering Excellence for Reliable Power Systems

Utility-Grade Experience

Extensive experience in extra high-voltage transmission design, studies, and commissioning support.

Engineering Rigor

Every study and recommendation is based on precise modeling, standards, and proven methodologies.

Practical, Real-System Approach

Solutions built from real utility data, not theoretical assumptions.

Attention to Detail

Careful validation from modeling assumptions to final technical reporting.

Experience with technologies and methodologies used by leading energy companies such as: 0

FREQUENTLY ASKED QUESTION

Common questions about our services

Find answers to some of the most frequently asked questions about our power system consulting services, simulation studies, and professional training programs.

PSCAD (Power Systems Computer Aided Design) is an advanced electromagnetic transient (EMT) simulation software used to analyze fast electrical and electromagnetic events in power systems. It is widely used by electricity companies, manufacturers, researchers, and engineering consultants, and is particularly valuable for studying high-speed electromagnetic transients that cannot be accurately captured using traditional transient stability tools.

PSCAD is especially used by professionals who need to analyze fast and detailed events in electrical power systems, particularly in studies involving power electronics, HVDC, FACTS, protection, and electromagnetic transients.

PSCAD allows modeling of HVDC transmission systems, voltage source converters (VSCs), solar inverter systems, wind turbine converters, battery energy storage systems, and flexible alternating current transmission systems (FACTS).

PSS®E (Power System Simulator for Engineering) is an industry-leading power system simulation and analysis software developed by Siemens as part of its Gridscale X power grid software portfolio. It enables engineers to perform complex transmission system studies, including power flow analysis, dynamic simulations, contingency analysis, short-circuit studies, and network expansion planning. PSS®E has been used with confidence by the power industry for over 50 years.

PSS®E is used by electricity companies, transmission system operators, Independent System Operators (ISOs), Regional Transmission Organizations (RTOs), power system consulting firms, renewable energy developers, as well as universities and research institutions.

PSS®E is used for transmission network planning and expansion studies, interconnection studies of new generators and renewable energy plants, power flow analysis, transient stability studies and dynamic simulation, short-circuit analysis, voltage stability studies (PV/QV analysis), contingency analysis for reliability assessment, optimal power flow studies, renewable energy integration studies, and network code compliance studies.

The training is in-person.

Besides the Basic Training, which does not require previous experience, each training program has its pre-requisites, please check our Trainings page.

The training is 100% hands-on.