Our site surveying service in Taunggyi turns unknowns into clear, build-ready decisions for solar and electrical projects across the highlands—Taunggyi proper, Nyaungshwe/Inle Lake, Kalaw, and nearby townships. Before anyone drills a hole or orders materials, we map the real constraints of your property: structure, access, utilities, safety, weather exposure, and operations. Highland mornings run cool, afternoons can be sharp with sun, and monsoon winds add mechanical stress; these conditions punish generic templates. A disciplined survey protects your budget, schedule, and safety record while setting up reliable performance for years.
We begin by measuring how your site actually uses power. Recent utility bills, interval data where available, and short on-site logging show daytime versus evening demand, peaks, and power factor. That pattern guides array sizing for PV, battery choices for backup, and breaker capacity for new circuits. At the same time we assess the existing electrical backbone—from service head and meter position to earthing quality, distribution board condition, conductor sizes, spare ways, and any telltale heat marks or nuisance trips. The goal is simple: understand what can stay, what must be upgraded, and how new equipment will coordinate so a fault trips locally rather than darkening an entire wing.
Roofs and grounds get equal attention because structure drives everything. On rooftops we record orientation, tilt, parapet heights, membrane health, and shading through the seasons. RC slabs, metal decks, and tiled roofs need different mounting interfaces and different waterproofing details; we document these early so procurement is precise and installers aren’t improvising. If a ground-mount or carport is in play, we check soil conditions, drainage paths, wind exposure, set-backs, and equipment access, then chart sensible trench routes that avoid future clashes with landscaping, paths, or buried services. In hospitality and schools, we also plan how to work around guests and class timetables with phased zones and quiet hours.
Safety and access planning live inside the survey, not as an afterthought. We identify working-at-height zones, anchor or scaffold needs, exclusion perimeters, and safe storage and lifting plans for modules, rails, and switchgear. Indoors, we trace cable routes that avoid hot ducts and sharp bends, verify ceiling voids and risers for serviceable access, and ensure that any necessary junctions remain reachable for life-cycle maintenance. Where generators, UPS, or hybrid inverters already exist, we document the changeover scheme, earthing arrangement, and protective devices so new works integrate cleanly without back-feeding or breaker conflicts.
Authority and utility coordination in southern Shan State has its own rhythm, so we front-load it. Meter location constraints, sealing practices, export limits for PV, and anti-islanding profiles are clarified early to prevent rework at commissioning. If demand will increase, we calculate prospective short-circuit levels and diversity factors so conductors and protective devices are sized correctly from day one. At the same time we reserve headroom for growth: spare breaker ways in strategic boards, slightly oversized containment on long runs, and straight service corridors that make later upgrades fast instead of destructive.
Documentation is the tangible outcome that turns a survey into a buildable plan. You receive a concise report with photos, measurements, and findings; a site layout with proposed equipment positions and clearances; and a draft single-line diagram with preliminary breaker and cable sizes. For solar, we include preliminary stringing within safe DC voltage windows, a shading summary that quantifies seasonal impacts, and early notes on rail spans and clamp zones that structural teams can validate. For electrical upgrades, we outline coordination targets, residual-current protection for wet and public areas, and labeling conventions so caretakers and inspectors can follow the system without guesswork.
Operations matter as much as theory. In hotels and clinics we plan temporary isolations, bypasses for cold rooms and networking, and signage that keeps staff safe during works. In schools and residences we stage activities to avoid noisy or dusty hours and keep thoroughfares open. These choices cut downtime and make inspection day uneventful: access is clear, labels match drawings, and tests proceed in a logical sequence because the groundwork is already done.
Compliance anchors the whole process. We design to recognized low-voltage and PV good practice while staying aligned with domestic guidance. For official notices and policy resources relevant to engineering and standards in Myanmar, the Government’s Ministry of Science and Technology maintains an authoritative portal you can consult for updates: https://myanmar.gov.mm/ministry-of-science-and-technology. Using vetted sources keeps your project aligned with evolving expectations for safety, documentation, and approvals—without drowning the schedule in red tape.
In short, our pre-installation site survey in Taunggyi is performance insurance. By discovering constraints early, coordinating with utilities and authorities, planning safe access, and producing crisp drawings and checklists, we turn risk into predictable timelines. The result is a faster, cleaner installation that survives monsoon seasons, protects people and equipment, and leaves your property ready for future upgrades without costly rework.
