One model, every study your project needs
NEWATT builds a single validated network model of your system and runs the full range of studies from it — load flow, short circuit, protection, arc flash, harmonics, stability, EMT and grid-code compliance — so results are consistent, traceable and defensible.
Every study is delivered to the grid codes and international standards that apply to your project, whether in India, the UK, Africa, the Americas or Australia.

One validated model, every study your project needs
NEWATT builds a single validated model of your network and runs every study from it — so the short-circuit study, the protection coordination, the arc-flash calculation and the stability run all share the same base data. This is how results stay consistent and how findings from one study feed correctly into the next.
Load flow establishes the steady-state behaviour and becomes the foundation for short circuit, motor starting, harmonics, stability and protection studies. Each study is then delivered to its governing standard — IEC 60909, IEEE 242, IEEE 1584, IEEE 519, IEC 60071 and the applicable grid code — with the assumptions and scenarios documented in full.
We work in industry-standard software — ETAP, DIgSILENT PowerFactory, PSCAD and PSS/E — and hand over reports that engineers and network operators can act on: setting sheets, mitigation designs and compliance evidence. Explore any study below for its detailed scope, the standards it follows and the software we use.
Every study we deliver

Load flow analysis
Steady-state voltage, loading and power-flow analysis across all operating scenarios.
Explore this study →
Short circuit analysis
Symmetrical and asymmetrical fault levels to IEC and ANSI/IEEE standards.
Explore this study →
Protection & relay coordination
Selective, correctly graded protection settings and coordination curves.
Explore this study →
Arc flash (IEEE 1584)
Incident-energy calculation and PPE category assignment to IEEE 1584.
Explore this study →
Motor starting analysis
Voltage-dip and acceleration checks for large-motor starting.
Explore this study →
Harmonic analysis
Harmonic distortion assessment and filter / mitigation design to IEEE 519.
Explore this study →
Transient & dynamic stability
Rotor-angle, voltage and frequency stability under disturbances.
Explore this study →
Electromagnetic transients (EMT)
Switching, energisation and lightning transient studies.
Explore this study →
Insulation coordination
Overvoltage assessment and insulation-level coordination.
Explore this study →
Earthing & CDEGS
Earthing-grid design with step / touch-potential analysis in CDEGS.
Explore this study →
Reactive power & voltage
Reactive-compensation and voltage-profile optimisation studies.
Explore this study →
Grid code compliance
Compliance studies to the grid code of each region and operator.
Explore this study →
Grid impact study
Impact of a new connection on the existing network — fault levels, voltage, loading and protection.
Explore this study →
Third party protection audit
Independent verification of protection settings, coordination and relay configuration.
Explore this study →Discuss your project with NEWATT
Tell us where you are in the project lifecycle and we'll show you how this service fits.
Request a proposal