HelioForge Power Energy Systems Business Plan — Projected Profit & Loss

Revenue and EBITDA are the sponsor’s targets; depreciation, interest, tax and net profit are independently re-derived. There is no biological J-curve: the manufacturing, battery and distribution assets depreciate on a straight-line basis from the point each vintage commissions, so depreciation builds steadily as the asset base is completed. Because the business is capital-light relative to its earnings, depreciation is modest, which is why the re-derived net profit tracks, and in later years slightly exceeds, the sponsor’s.

	Year 1	Year 2	Year 3	Year 4	Year 5
Revenue	420	760	1,200	1,780	2,450
EBITDA	58	132	248	382	560
EBITDA margin	13.8%	17.4%	20.7%	21.5%	22.9%
Less: depreciation	-12	-23	-32	-36	-39
EBIT	46	109	216	346	521
Less: net interest	-9	-22	-26	-20	-8
Profit before tax	37	87	190	326	514
Less: taxation (27%)	-10	-23	-51	-88	-139
Net profit after tax	27	63	138	238	375
Net margin	6.4%	8.3%	11.5%	13.4%	15.3%
Memo: sponsor NPAT	26	74	142	224	336
Variance to sponsor	+1	-11	-4	+14	+39

Figure 18. *Net profit — sponsor stated vs independently re-derived*

NoteOur re-derived net profit broadly corroborates the sponsor’s

This is a notable and favourable finding. Once full depreciation, cash interest on the R264m of debt, and 27% tax are loaded, the independently re-derived net profit sits within a modest band of the sponsor’s figures, about +R1m in Year 1, –R11m and –R4m in Years 2–3, then +R14m and +R39m in Years 4–5. The later-year divergence is upward, not downward: because the business is capital-light, depreciation on the asset base is low, so more of EBITDA falls through to profit than the sponsor assumed. The concern for this plan is therefore not the level of profit, which our analysis supports, but the durability of the margin that produces it, addressed in the returns section.

The capacity ramp underlies the revenue trajectory

There is no biological maturation curve in this business; the revenue trajectory is driven instead by the commissioning of assembly capacity, the filling of it, and the layering-on of higher-value EPC, storage and distribution revenue. Module-equivalent volume climbs from roughly 210MW in Year 1 to about 720MW by Year 5, utilisation builds into the mid-80s-to-90s per cent, and, crucially, the blended margin expands as EPC, storage and integration displace bare-module sales in the mix. Revenue compounds off a genuine Year-1 base because the EPC and distribution lines generate meaningful volume from the outset.

Figure 19. *Assembly capacity, shipments and utilisation ramp*

The margin story is the one to watch. EBITDA margin expands from about 14% to 23% not because module prices rise, they are, if anything, deflating, but because EPC, battery storage, integration and branded-manufacturing revenue progressively displace bare-module supply in the mix. Re-derived net profit grows from about R27m to R375m by Year 5 as volume scales, the mix lifts and the debt amortises.

Figure 20. *Revenue, EBITDA and re-derived NPAT*

Working capital and the import cycle

Earnings are working-capital-intensive in a way that must be modelled explicitly. Cells and components are imported and paid for ahead of assembly; modules and batteries are inventoried; and EPC projects carry receivables and retentions between installation and payment. Because the Group earns across manufacturing, EPC, distribution and storage, the cycle is smoother than a single-product manufacturer, but inventory and receivables are still substantial, which is why net working capital is set at about 13% of revenue (net of supplier terms and progress payments) and a working-capital and trade-finance facility sits alongside the term debt.

NoteWorking capital is a funding line, not an afterthought

In an integrated manufacturing, EPC and distribution business, the most common cause of distress is not unprofitability but a working-capital squeeze, cash tied up in imported inventory and EPC receivables when the rand moves or a project slips. The plan ring-fences R60m of the raise for working capital and assumes a committed facility on top. Sizing and committing that facility to the peak inventory-and-receivables build, managing imported-input hedging, and disciplined retention collection are as important to survival as they are to returns.