Our proposal calculation service in Pindaya turns rough ideas into clear, quantified plans that owners, financiers, and inspectors can trust. Whether you are planning rooftop solar for a guesthouse, a small hybrid system for a clinic, or an electrical upgrade for classrooms, the difference between a smooth build and a messy one usually begins at the proposal stage. We translate site realities—roof type, load profile, available breaker capacity, and local logistics—into a priced, time-bound proposal with drawings and assumptions that can survive tender scrutiny and inspection day.
Work starts with focused data intake. We review recent electricity bills to map your daytime versus evening demand, identify peak loads, and estimate power factor. A quick site walk clarifies where equipment can live, how cables will route, and which areas must remain operational during works. For solar, we note roof orientation, tilt, shading, and membrane condition; for electrical upgrades, we record distribution board capacity, earthing condition, and spare ways. These observations anchor the numbers that follow, so the proposal reflects Pindaya’s real buildings rather than brochure geometry.
Next comes the technical sizing that defines scope and cost. Solar arrays are sized for yield and payback under your tariff, with string configurations kept inside the inverter’s MPPT window across local temperature ranges. For hybrid systems, we define an essential-loads board so batteries are sized to protect revenue-critical circuits—networking, refrigeration, lighting—without overspending on whole-building backup. Electrical installations are laid out as single-line diagrams that show breakers, feeders, and isolation points with discrimination in mind, so a fault trips only the affected branch. Cable sizes are calculated for ampacity and voltage drop using realistic route lengths, not optimistic guesses.
From these calculations we assemble a transparent bill of quantities. Modules, inverters, protections, rails, conduits, DB components, and labeling are separated into line items so you can compare brands or adjust scope without losing safety margins. Hardware choices consider Pindaya’s climate: stainless or hot-dip galvanized fasteners where damp air persists, UV-stable conduits for rooftop runs, and sealants compatible with roof membranes. For electrical works inside timber or heritage ceilings, we specify containment and junction access that make maintenance possible years later.
Pricing is paired with a build schedule and logistics notes. We outline phases—survey, procurement, installation, testing—and identify any prerequisites such as roof patching, earthing upgrades, or DB reorganization. Where properties remain occupied, the proposal includes quiet-hour work windows and temporary isolations to keep guests and staff safe. Transport and access in Pindaya’s hillside roads are accounted for through staged deliveries and safe material lifts, reducing idle time and rework.
Risk management is explicit rather than implied. We list assumptions and exclusions in plain language, note any dependency on utility approvals or export limits, and highlight items that could move the needle—unexpected roof repairs, hidden cable faults, or additional trenching. Mitigations are proposed alongside: contingency allowances, alternative mounting details, or staggered battery additions if budgets are tight. This approach keeps conversations honest and budgets resilient.
Documentation is a deliverable, not a by-product. Your proposal pack includes the single-line diagram, preliminary string tables for PV, cable and breaker schedules, a layout sketch with clearances and setbacks, and a commissioning checklist that will later become test sheets. We also insert maintenance guidance into the scope so the system’s life-cycle costs are visible: cleaning intervals, torque checks, thermal scans before monsoon season, and RCD testing where people and portable equipment are involved.
Compliance and local alignment matter for approvals, insurance, and public safety. We frame our recommendations within recognized low-voltage and PV good practices and stay mindful of domestic guidance. For authoritative updates and policy resources relevant to engineering and standards in Myanmar, you can consult the Government’s Ministry of Science and Technology portal at https://myanmar.gov.mm/ministry-of-science-and-technology. Referencing official sources helps proposals pass due diligence without adding unnecessary red tape.
Financial clarity closes the loop. We map expected savings and payback for PV under your load profile, show the cost-of-outage avoided for hybrid systems, and compare options across budget tiers without compromising on protections or waterproofing. Where future expansion is likely, we plan spare conduits, breaker ways, and wall space so upgrades are neat rather than destructive. The outcome is simple and powerful: a proposal calculation service in Pindaya that converts site reality into numbers, drawings, and timelines you can build against—reducing surprises, smoothing inspections, and keeping your project on schedule from first estimate to final handover.
