Our site surveying service in Nay Pyi Taw turns uncertainty into a clear, build-ready plan for solar and electrical projects across Zabuthiri, Pyinmana, Dekkhinathiri, and adjoining zones. Before a single conduit is fixed or a module is lifted, we map the physical and electrical realities of your property—space, structure, utilities, safety constraints, and access—so the final design fits the site, the schedule, and the budget. In a capital city with wide avenues, mixed building stock, and distinct administrative procedures, proper surveying is the difference between smooth approvals and a maze of rework.
Every engagement starts with measured data. We review recent utility bills to understand daytime versus evening demand, peak loads, and power factor, and where helpful we log voltage and frequency stability to quantify grid quality. The existing electrical backbone is assessed from the service head to the main distribution board: meter location and sealing requirements, earthing condition, breaker ratings, spare ways, heat marks, and any history of nuisance trips. These findings determine what can remain, what must be upgraded, and how new circuits will coordinate with existing protection so faults trip locally instead of darkening whole zones.
Roofs, plant rooms, and grounds receive equal attention. For solar candidates, we measure roof orientation and tilt, map shading with sun-path methods, and examine trusses, purlins, membranes, and parapets. Concrete slabs, metal decks, and tile roofs each demand different mounting interfaces and waterproofing details; we document these early so procurement is precise. If ground mounting or carports are in scope, we survey soil and drainage, wind exposure, clearances for vehicles and pedestrians, and trench routes that avoid future conflicts with landscaping or services. In air-conditioned facilities, we look for hot paths and return air zones that could affect inverter placement and cable routing, keeping equipment out of dust and heat.
Safety and operations planning are built into the survey rather than appended at the end. We identify working-at-height areas, anchor or scaffold needs, exclusion perimeters, and safe storage for materials. In live environments—ministries, hotels, clinics, schools, and retail—we phase the work and define temporary isolations so essential loads like POS, cold rooms, networking, and emergency lighting remain available. Where generators, UPS, or hybrid inverters already exist, we document the changeover scheme and protective devices so any new equipment integrates without back-feeding or breaker conflicts.
Utility and authority coordination in Nay Pyi Taw has its own tempo, so we front-load it. We confirm meter positions, sealing practices, and any export-limit or anti-islanding settings relevant to PV interconnection. For projects that will raise demand, we calculate prospective short-circuit levels and diversity so conductors and protection are sized correctly from day one. We also reserve headroom for growth: spare breaker ways in key boards, slightly oversized containment on strategic runs, and straight service corridors that make later expansion economical instead of destructive.
Documentation is the tangible outcome that converts a survey into a plan you can build from. You receive a concise report with photos and measurements, a site layout showing proposed equipment locations and clearances, and a draft single-line diagram with preliminary breaker and cable sizes. For solar, we add preliminary stringing within safe DC voltage windows and a shading summary that explains seasonal impacts. For electrical upgrades, we outline protection coordination targets and recommended residual-current protection for wet areas and portable-equipment circuits. A preparation checklist assigns responsibilities for prerequisite works—roof patching, earthing upgrades, DB reorganization, or small civil plinths—so timelines are predictable.
Because compliance and public expectations evolve, we align recommendations with recognized low-voltage and PV practice while following domestic guidance. For official notices and policy resources related to science, engineering, and standards, the Government of Myanmar’s Ministry of Science and Technology maintains an authoritative portal you can consult for updates: https://myanmar.gov.mm/ministry-of-science-and-technology. Anchoring plans to authoritative sources keeps inspections straightforward for landlords, insurers, and auditors without burdening your schedule.
Clear communication keeps installation days calm. We brief facility teams on isolation points, temporary signage, waste handling, and housekeeping standards; agree on working hours to minimize disruption; and define points of contact for approvals. Where essential loads must remain live, we propose bypasses or temporary feeds and mark them clearly in the method statement. These steps reduce downtime, avoid last-minute improvisation, and make inspection day satisfyingly uneventful.
In short, our site surveying service in Nay Pyi Taw is performance insurance. By discovering constraints early, coordinating with utilities and authorities, planning safety and access, and producing crisp diagrams and checklists, we turn risk into a predictable schedule. The result is a faster, cleaner installation that endures monsoon seasons, protects people and equipment, and leaves your property ready for future upgrades without costly rework.
