Based in Bursa, Pow-Sys provides electrical engineering, HV operation responsibility, periodic inspections, maintenance and testing for industrial and commercial facilities. Share your facility details to plan the service scope and site visit.
Contact us now for a site survey and preliminary discussion.
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This homepage acts as a service hub summarizing the LV, MV and HV electrical services provided by Pow-Sys; technical details for each service are explained on the relevant service page.
With a Bursa-based operating structure, we plan electrical power system work across Turkey. The scope covers industrial facilities, production areas, energy infrastructure, hospitals, shopping centers and commercial buildings with safe, regulation-compliant and sustainable engineering outputs.
Pow-Sys Services
Pow-Sys is a Bursa-based electrical engineering company serving industrial and commercial facilities. Services include LV, MV and HV project design, high-voltage operation responsibility, periodic inspections, grounding measurements and protection relay studies. Share your facility location, equipment details and existing reports so the service scope and site visit can be planned. Professional information and published documents are available on the About and Certificates pages.
Pow-Sys Power Systems provides field-based electrical engineering services with transparent authorization, technical reporting and documented follow-up.
Last updated: September 2026
Technical lead
Huseyin COKAL
Electrical and Electronics Engineer, EMO Registration No. 91539, SMM No. 16 16 91539.
Authorization transparency
10 documents
Watermarked authorization, registration and training certificate samples are published for verification.
Service area
Bursa-based, Turkey-wide
Engineering, field inspection, maintenance planning and technical reporting are organized for industrial facilities and critical power infrastructure.
Report outputs
Findings and follow-up
Reports may include general condition, nonconformity list, risk level, photos, corrective action and follow-up date.
Documents and Resource Links
Sample report and inspection form templates show how findings and follow-up actions can be recorded.
This homepage is prepared for businesses that need safe, documented and regulation-aware electrical engineering support.
The voltage level mentioned in service scopes affects the engineering method, authorization need and field safety approach.
For electrical installations, the right decision depends on competent field assessment, clear reporting and traceable follow-up.
Authorized engineering perspective
Service planning is handled with an electrical engineering approach, EMO/SMM transparency and documented technical review.
Field-based reporting
Findings are not kept as verbal comments; they are converted into report outputs, corrective action notes and follow-up items.
Integrated service planning
Operation responsibility, periodic inspection, testing, maintenance and proposal preparation can be evaluated together when needed.
Clear communication
The proposal scope, required information, expected outputs and post-service follow-up steps are made understandable before work starts.
For electrical installations, the final technical assessment must be made through authorized field inspection, current documentation, applicable regulations and site-specific engineering review.
Pow-Sys evaluates each facility according to its site conditions, service need and expected reporting output.
Facility categories
Industrial facilities, OIZ factories, private power rooms, hospitals, shopping centers, commercial buildings and power generation sites.
Common request types
Operation responsibility, documented inspections, grounding and lightning protection measurements, equipment testing, relay checks and power quality review.
Typical report outputs
General condition assessment, nonconformity list, risk level, photo-supported finding, corrective action and follow-up date.
These hypothetical scenarios explain the assessment process. They do not describe completed projects or measured customer results.
Pow-Sys makes field findings, technical follow-up and expected report outputs visible before the proposal and service planning stages.
Sample report content
Typical outputs include general condition, nonconformity list, risk level, photo-supported finding, corrective action and follow-up date.
Sample technical report template
The downloadable template shows report fields such as control scope, measured findings, nonconformities, risk level and corrective actions.
Download sample report templateField engineering experience
Engineering, inspection, maintenance, testing and reporting experience in LV, MV and HV electrical installations supports practical field interpretation.
Satisfaction-focused technical follow-up
The process is followed from request and site assessment to report delivery, corrective actions and post-service technical communication.
This homepage is reviewed as service scope, authorization documents and relevant technical regulations change. Incorrect or outdated information can be reported through the contact channels.
The service process is planned in a traceable order so that field findings turn into clear technical outputs.
Facility type, request scope, supply information, panel/switchgear structure and urgent needs are clarified.
Single-line diagram, previous reports, maintenance records and available project documents are reviewed.
Relevant rooms, panels, energy areas, grounding points and equipment condition are assessed on site.
Where required by the service scope, measurements, tests, visual checks and functional controls are performed.
Findings are prioritized according to urgency, safety impact, operational continuity and regulatory relevance.
Photo-supported report outputs, corrective actions and follow-up dates are delivered to the business.
Official sources are linked for regulatory and technical claims. Service-specific standards are referenced only in the relevant service context.
The links below list official institutions in electricity transmission, distribution and generation, together with the EMO verification source, as reference sources.
Pow-Sys company profiles and contact channels help verify the brand identity outside the website.
This table summarizes the main service groups, expected outputs and information needed before proposal planning.
| Service | Scope | For which facilities | Output | Required information | Related page |
|---|---|---|---|---|---|
| HV operation responsibility | Authorized technical follow-up for MV/HV installations, transformer substations and switching safety. | Privately transformer-fed factories, OIZ facilities, hospitals, shopping malls and large commercial buildings. | Service scope, inspection plan, deficiency report and follow-up list. | Transformer power, number of MV switchgear cells, facility location and visit frequency. | Open hv operation responsibility |
| Periodic inspection | Electrical installation, grounding, lightning protection, transformer, generator, battery and fire detection checks. | Industrial facilities, commercial buildings, campuses, warehouses and production sites. | Periodic inspection report, risk classification and corrective action list. | Facility size, equipment count, previous reports and requested inspection scope. | Open periodic inspection |
| Bursa grounding measurement | Grounding continuity, measurement points, equipotential bonding and report preparation. | Factories, buildings, transformer substations, production areas and commercial facilities. | Measurement report, nonconformity list and improvement recommendations. | Grounding points, building/facility plan, previous reports and access conditions. | Open bursa grounding measurement |
| Bursa lightning protection inspection | Air terminals, down conductors, test clamps, grounding connection and report preparation. | Industrial buildings, open areas, roofs, chimneys, towers and facilities with lightning risk. | Lightning protection inspection report, measurement values and corrective action recommendations. | Number of air terminals, down conductors, roof access, building height and previous reports. | Open bursa lightning protection inspection |
| Transformer maintenance and testing | Transformer visual checks, electrical tests, oil analysis need, MV switchgear checks and maintenance follow-up. | Power and distribution transformer substations in industrial and commercial facilities. | Maintenance/test report, oil analysis recommendation and risk-priority follow-up. | Transformer power, type, age, maintenance history, outage window and test scope. | Open transformer maintenance and testing |
This section gives short service summaries; technical scope, regulations, reports and proposal details are on the relevant service pages.
Engineer supervision of transformer and MV installations, switching documents and outstanding actions.
Electrical infrastructure, panel and cable installation, and commissioning preparation.
Assessment of electrical capacity, project-to-site consistency and technical risks.
Single-line diagrams, load and cable calculations, and project preparation for authority review.
Single-line diagrams, load and cable calculations, and project preparation for authority review.
Single-line diagrams, load and cable calculations, and project preparation for authority review.
Single-line diagrams, load and cable calculations, and project preparation for authority review.
Electrical infrastructure, panel and cable installation, and commissioning preparation.
Short-circuit calculations, relay curve comparison and protection setting assessment.
Facility information, technical scope, expected reports and proposal preparation.
Engineer supervision of transformer and MV installations, switching documents and outstanding actions.
Grounding resistance, protective conductor continuity and equipotential bonding measurements.
Grounding resistance, protective conductor continuity and equipotential bonding measurements.
Lightning protection conductors, connections and grounding checks with documented findings.
Battery connections, cell voltages, ventilation and UPS supply checks for site conditions.
Generator electrical inspection, transfer panel checks and standby supply function reporting.
Functional checks of the fire panel, detectors, sounders and alarm scenarios.
Periodic inspection of transformers and connections, with findings recorded in a control report.
Visual inspection, measurements and functional tests of panels, protection and circuits.
Visual inspection, measurements and functional tests of panels, protection and circuits.
Transformer maintenance assessment, electrical tests and oil analysis to plan further work.
Coordinated inspection scope, site schedule and separate reports for electrical equipment.
Coordinated inspection scope, site schedule and separate reports for electrical equipment.
Pow-Sys provides LV, MV and HV engineering, consultancy, operation responsibility, periodic inspection, maintenance, testing and technical reporting services.
Pow-Sys is based in Bursa, but services can be planned across Turkey according to facility location, scope and field schedule.
Authorization, registration and training certificate samples are published on the certificates page as watermarked sample copies.
Yes. Depending on the facility need, HV operation responsibility can be planned together with grounding, electrical installation, transformer, generator, battery and fire detection periodic inspections.
Facility location, transformer power, number of transformers, MV switchgear structure, current maintenance status, expected visit frequency and urgent support need help define the proposal scope.
