Power systems & high voltage
System architecture, high-voltage design, distribution, and protection coordination.
Independent engineering practice · Estonia
Power systems engineering,from concept to grid.
Electrical engineering and applied research for companies developing power and energy-storage technology — high-voltage, power electronics, and grid integration.
01 — About
An independent practice built around senior, hands-on engineering judgement.
Phasor Consult is an independent electrical engineering practice based in Estonia, working with clients internationally. The work covers power systems, high-voltage applications, power electronics, energy storage, and grid integration.
Engagements run the full path from concept to implementation — system sizing and design, technical analysis and modelling, applied research, and support during integration and testing. Each project is handled personally and directly, giving clients experienced engineering input without expanding their in-house team.
02 — Areas of work
Where the practice focuses.
01
02
Power electronics
Converter and power-stage design, sizing, and analysis for demanding applications.
03
Energy storage & supercapacitors
Storage sizing, characterization, and lifetime assessment across temperature and load.
04
Grid integration
Connection, synchronisation, and compensation for systems tying into the network.
05
Simulation & modelling
Circuit and system simulation, sizing tools, and technical documentation.
06
Applied research & R&D
Feasibility studies and applied-research collaborations on new power technology.
03 — Tools
Interactive engineering tools.
A growing set of calculators built from day-to-day engineering work. Each opens as a standalone app in a new tab.
01
DC fault simulator & fuse sizing
Computes prospective DC fault current and its transient from source voltage, resistance, inductance, and cable parameters, then checks it against a fuse curve entered as CSV points or picked from an uploaded datasheet PDF.
Open tool ↗
02
Busbar temperature under load
Estimates the steady-state temperature rise of a busbar at a given current from conductor cross-section, material, and cooling conditions — a quick thermal check during distribution and busbar design.
Open tool ↗04 — Contact
Get in touch about a project.
For consulting and applied-research enquiries, reach out directly — a short description of the project or question is enough to start.