Decentralised compute as an infrastructure asset class
Dual-revenue structure, inflation linkage, multiples vs. Equinix & Digital Realty — what institutional investors need to know.
TL;DR
- Dual-revenue structure (heat offtake + compute) combines regulated cash flows with variable earnings.
- Long-term heat offtake contracts (~15 years) behave interest-rate-sensitive like bonds — with inflation linkage.
- Low correlation with equity indices; high correlation with energy infrastructure.
- Entry multiples are materially below those of stabilised data-centre REITs (Equinix, Digital Realty).
- Risk: the compute share remains merchant revenue — no regulated return.
1. Background
Global demand for compute — driven by AI workloads, cloud migration and edge computing — meets a European regulatory framework that turns waste-heat use into a legal duty. The result is a new infrastructure type: decentralised compute clusters that simultaneously deliver digital services and heat as a contracted commodity.
2. Data
| Feature | Classical district heating | DC REIT (Equinix type) | Decentralised compute cluster |
|---|---|---|---|
| Main revenue | Heat supply (regulated) | Colocation rent | Heat (contracted) + compute (merchant) |
| Contract term | 15–25 years | 3–7 years | 10–20 years (heat) |
| Inflation linkage | Yes (often CPI) | Conditional | Yes (heat offtake) |
| Main risk | Demand decline | Capacity utilisation | Compute price, network integration |
| EV/EBITDA multiple | 12–18× | 25–35× (Equinix ~2024) | Early/development phase |
The greatest financing need of Germany's energy transition falls before 2035 — €40 bn new equity and €218 bn debt are required by then. Institutional infrastructure investors wishing to participate in this transformation face a limited set of investable vehicles.
3. Implications for institutional investors (DACH)
The heat offtake contract with a municipal provider is the bond element of the asset class: fixed term, predictable cash flow, municipal counterparty with implicit credit support from the municipality. The compute share is the equity element: variable, cyclical, but — with the right structuring — through the operating leverage of the dual-revenue model significantly more return-generating than classical infrastructure.
For pension funds and family offices with 5–10 % illiquid infrastructure allocations, the model provides a diversification option versus wind parks and fibre — with the added benefit that regulatory backing (EnEfG § 15, WPG) structurally secures market access.
4. Where P2H connects
P2H positions itself as developer and operator — not as a REIT. This means: in early projects the return expectation is in the developer-IRR range (base case 42 %, cf. internal project analytics Norbis Park). As projects mature and cash flows stabilise, an asset emerges that becomes attractive for infrastructure-fund strategies with lower return targets (8–12 % IRR).
5. Outlook
The decisive open question for institutional investors is the liquidity path: when and through what mechanism can a decentralised compute asset be refinanced or sold? Secondaries, forward sale to infrastructure funds, or aggregation in a portfolio vehicle are realistic pathways — their terms depend materially on how quickly a standardised market for heat-offtake-backed compute assets develops.
Sources
- PwC/KfW (Nov 2025): Energy transition financing need. https://www.kfw.de/PDF/Download-Center/Konzernthemen/Research/PDF-Dokumente-Studien-und-Materialien/Finanzierungsbedarf-Energiewende.pdf
- EnEfG § 11 para. 2 / § 15 — ERF duty from July 2026. https://www.gesetze-im-internet.de/enefg/BJNR1350B0023.html
- WPG (2024): Heat Planning Act. https://www.gesetze-im-internet.de/wpg/BJNR18A0B0023.html
- Equinix Annual Report 2024 (EV/EBITDA reference). https://ir.equinix.com