Sampangan × KAI · Pathway 2

The More Sites, The Lower Your Cost

Setup cost and monthly fee per site are set directly for a 1-site program and a 20-site program, interpolated linearly in between. This shows what that looks like at scale.

Program Scale

Move the slider to see how committing to more sites changes the economics for every site in the program.

0.451.00
Pricing assumptions used in this illustration

Program Value at Current Scale

Compared against a single-site program — same volume assumption per site.

Effective rate
Rp / ton processed
Setup cost per site
average across the program
Monthly service fee per site
average across the program
Effective Rp/ton (band = 0.45–1.0 t/day/site range) Setup cost / site Monthly fee / site

All lines indexed to Site 1 = 100%, so they can be compared on one chart despite different units. The dashed line is the low-throughput (worse) case; the solid gold line is the high-throughput (better) case — the shaded band is the range the throughput assumption alone introduces.

SitesEffective Rp/tonSetup cost/siteMonthly fee/siteSavings vs. 1 site

Setup Cost per Site

Average setup cost per site (Rp), interpolated from the Site-1 and Site-20 assumptions above. Falls from Rp450M to Rp400M by default — a smaller decline than the fee line below, since setup is one-time capex, not something a bulk-procurement discount typically moves as much as recurring service pricing.

Management Fee per Site

Average monthly management fee per site (Rp/mo). This is the line that carries most of the "more sites, better economics" story — it declines by more than half by default (Rp35M → Rp18M), directly reducing KAI's recurring monthly cost per site as the program scales.

Unit Economics Range (Rp/ton)

Effective cost per ton, shown as a band across the 0.45–1.0 t/day/site throughput range set above — not a single line, because the actual per-site tonnage hasn't been measured yet. The upper edge is the low-throughput (worse) case; the lower edge is the high-throughput (better) case. Valid only within this throughput range — above 1.0 t/day/site, additional machine units would be needed per site and aren't reflected here.