Estimate Generator

Estimate

Estimate No. prefix Estimate No. Date Company name Logo (optional)

Work & beneficiary

Work prefix Load (HP) Load type Name Relation Father / husband Village Sy No. Section Sub-division Scheme Latitude Longitude

Network

Feeder MUSS name MUSS rating DTC capacity (kVA) 11kV line length (m) LT line length (m)

Work out pole and conductor quantities from line lengths

11kV span (m) LT span (m) 11kV wires × sag % LT wires × sag %

Poles = length ÷ span, rounded up. Conductor (km) = wires × length × (1 + sag%) ÷ 1000. With your samples: 460 m → 10 poles and 1.401 km; a 20 m LT line → 1 pole and 0.082 km.

Signatories

Left signature Right signature

{subdiv} and {section} are filled in from the Section and Sub-division fields above.

Start typing a particular to pick it from the Common SR 2025-26 rate list; that fills in the unit, material rate and labour rate. ↳ makes a row a sub-item of the row above, like item 12 i/ii/iii in Part-B. L charges that row's labour as a lump sum instead of rate × qty.

Abstract (Common SR 2025-26, Table-1)

Area Specific Loading (on labour only) ASL % GST % Overhead charges % Contractor's profit % Statutory charges (Rs) Statutory charges label

Following the 13-04-2026 order: ASL is charged on labour only. OH and CP are each charged on Sl. 1–3, never on each other. GST is charged on Sl. 6. The grand total is rounded to the nearest rupee.

Sketch Leave blank (draw sketch and index by hand) Draw automatically from route Use an image (photo of hand-drawn sketch)

Route of the 11kV line from A (tapping point) to B (DTC). The legs should add up to the 11kV length.

LT line direction from B Poles drawn on 11kV line

Title paragraph

Placeholders: {work} {name} {rel} {father} {village} {section} {subdiv} {scheme} {lat} {lng} {syno}. Use **bold** and __underline__.

Report

Also: {ht} {lt} {kva} {feeder} {muss} {mussRating} {hp} {total} {totalWords}.

Certificates

HT voltage regulation page Include HTVR calculation page

Page style Substation box in diagram

Name of Location Name of Substation Name of Feeder

VR conductor constant Divisor factor (× 100) New load (kVA) New load at node

Leave the name fields blank to fill them from the Details tab (village, MUSS and feeder); the greyed text shows what will be used. The feeder diagram is kept when you start a new estimate, so for the same feeder you only change the new load and its node.

HTVR % = Total KVA·KM × constant ÷ (factor × 100). Each segment's KVA·KM = all load at and beyond its far node × its length. Your samples use 0.0636 with factor 1.5 (estimation 2) or factor 1 (63 kVA estimate).

Feeder segments (from substation outward)

The node farthest from the substation is A. Load = existing DTC kVA at that node.

NodeLength (km)Load (kVA)

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