Revantron Technologies provides specialised Power System Engineering and Electrical Consultancy for industrial, commercial, infrastructure, renewable-energy and mission-critical electrical systems.
A software-generated result is only the beginning. The real value comes from understanding what the result means, why it occurs and what engineering action should follow.
Revantron combines engineering knowledge, analytical methods and simulation expertise to deliver technically meaningful solutions.
Understand the network. Predict its behaviour. Improve its performance. Electrical networks are continuously exposed to changing loads, operating conditions, faults, equipment modifications and future expansion — a properly executed power-system study provides the technical visibility to design, verify, operate, protect and optimise with confidence.
Loading, voltage profile, power transfer, losses and reactive-power requirements.
Fault currents and adequacy of switchgear, breakers, and transformers.
Relay settings and time-current characteristics for selectivity and backup.
Incident-energy levels, boundaries, and mitigation measures.
Distortion, resonance, and mitigation strategy evaluation.
Starting current, voltage depression, and acceleration behaviour.
Generator and network response to disturbances and switching events.
Fast phenomena, switching events, and inverter-based systems.
Electrical performance and grid impact of solar, wind, and BESS.
Grounding performance, fault distribution, and touch/step voltage.
A structured 7-stage workflow designed to maintain technical consistency from initial project information through final recommendations.
Every industry has a different electrical operating philosophy, load profile, reliability requirement and risk environment. Revantron adapts its study approach to each facility.
Electrical-system studies for process facilities, substations, generators, motors and critical distribution networks.
Network analysis supporting generation, transmission, distribution and grid-connected electrical systems.
Electrical and grid-integration studies for solar PV, wind and battery energy-storage projects.
Engineering analysis of BESS electrical systems, converters, protection and grid interaction.
Mission-critical power-system studies addressing reliability, redundancy, protection, UPS, generators and power quality.
Electrical-system assessment focused on reliability, equipment loading, protection and operational performance.
No single software platform is ideal for every power-system problem. We select the appropriate simulation environment based on the study objective, system characteristics, and project scope.
Used for electrical network modelling and power system studies including load flow, short-circuit analysis, protection coordination, arc flash, motor starting and harmonic assessment.
Used for power network simulation, fault analysis, dynamic stability assessment, protection studies and renewable energy grid integration.
Used for electromagnetic transient simulation to evaluate switching events, power electronic systems, HVDC links and renewable energy integration.
Used for mathematical modelling, system dynamics, control algorithm development, motor drive simulation and advanced power system analysis.
Representative examples of the kind of engineering studies we deliver for clients.
Relay coordination and incident-energy analysis for a substation upgrade, improving selectivity and defining PPE requirements.
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Short-circuit and switchgear adequacy study for a data centre expansion, verifying equipment duty against fault levels.
Discuss a similar projectTransient stability and grid code compliance study for a utility-scale solar interconnection.
Discuss a similar projectPeer-reviewed work spanning photovoltaic control, EV charging, battery management, and IoT-based energy systems.
A nonlinear sliding mode controller for a single-stage grid-connected PV system with a novel nonlinear sliding surface ensuring maximum power extraction with unity power factor.
Enhanced Newton–Raphson combined with grey wolf optimisation, achieving superior convergence, robustness, and accuracy.
A scheme integrating solar panels and power grid using bidirectional converters for highly populated scenarios.
Remote monitoring and energy-efficient control of greenhouse climate factors with induction motor speed control.
Nonlinear sliding mode controllers ensuring maximum power extraction, battery management, and load regulation.
Six specialised service pillars — from power system engineering to EV design, grid code compliance, and advanced simulation software.
Professional Power System & Electrical Engineering Training — online, classroom and hybrid, designed for engineers, graduates, consultants, EPC teams, industrial professionals, researchers and academic communities.
Flexible instructor-led sessions with demonstrations, discussions, simulation exercises and project guidance.
Interactive sessions with hands-on software practice, engineering exercises and project-based learning.
A combination of online instruction, classroom interaction and practical project work.
College workshops, hands-on industry training, project guidance and placement / internship support.
Our studies, designs, and simulations are carried out with reference to leading international and national engineering standards.
Answers to what clients most often ask before starting a project. Don't see yours here?
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