Why data centre leasing stalls without market-wide visibility
Standard commercial property leases do not translate to data centres, where cost and operational risk sit in electrical capacity reservations, utility pass-through formulas, PUE caps, and phased ramp schedules.
High-density suites and multi-megawatt halls in core metros frequently pre-let before construction completes. Buyers working against tight deployment dates often face a choice between unsuited existing space or slow bilateral negotiations.
Approaching operators one at a time makes it difficult to benchmark take-or-pay minimums, transformer loss allocation, and expansion options across competing campuses.
What you get: screened capacity and comparable lease proposals
We match your technical and commercial requirements against live and upcoming facilities:
A screened facility shortlist:
Colocation suites, turnkey wholesale halls, and powered shells matched to your kW or MW load, rack density, and target energisation date.Operator proposals compared side by side:
Clear comparison of Master Services Agreements (MSAs), modified gross leases, and triple net (NNN) leases across power pricing, PUE caps, and ramp flexibility.Pre-let and off-market options:
Early access to upcoming campus phases and anchor-tenant opportunities before public release.Direct operator introductions:
Fast connection to the commercial teams at operators that fit your deployment schedule and accounting treatment.
To speed up shortlisting and commercial discussions, define four core parameters:
Target geography:
Preferred metropolitan markets, latency limits, and acceptable secondary locations.Power demand:
Day-one power draw, peak capacity in kW or MW, and expected rack densities.Deployment timing:
Target dates for contract execution, technical fit-out, and energisation.Space layout:
Preferences for shared racks, dedicated caged space, private wholesale halls, or powered shells.
Projects that need funding: we introduce investors and JV partners.
How we source capacity and match your lease structure
Planning and expansion signals engine:
Our engine monitors planning applications and operator announcements across Australia and the UK. What it means for you: You can secure pre-lets and phased ramp schedules on new halls before capacity is fully committed.Power-first technical screening:
We screen facilities and development sites on firm grid headroom, cooling architecture, and delivery timelines. What it means for you: Shortlisted operator proposals are compared on power and cooling against your requirement.Direct network across operators and developers:
We connect compute buyers with colocation operators and campus developers across our core markets. What it means for you: You compare real lease terms from operators whose capacity fits your requirement, discreetly and without market noise.
Tracked facilities, operators and market signals
- 2,004 project signals tracked across Australia (215) and the UK (1,789), covering 1,340 planning records and 663 operator announcements (public statistics snapshot, 18 October 2026).
- 115 facility profiles and 44 operator profiles across Australia and the United Kingdom, plus facility and colocation directory coverage across major US and Canadian metros.
- 683,150 Australian land parcels screened against published network capacity, alongside UK site scoring on firm grid headroom, water, fibre, and zoning.
Buyer’s guide: data centre lease structures, power metering and key terms
Primary structures in data centre leasing
Colocation and technical property agreements rely on two primary legal structures: real property leases and service agreements. The chosen model determines operational control, accounting treatment, and ongoing maintenance obligations.
- Master Services Agreement (MSA): Common in multi-tenant colocation. The operator delivers space, electrical capacity, cooling, and security as an integrated service. The occupier receives a contractual licence to install hardware within assigned racks, dedicated cages, or private suites rather than a registered leasehold property interest, leaving central site maintenance with the operator.
- Single-tenant and powered-shell leases (Triple Net): Single-tenant facilities and powered shells rely on real property leases. Under a triple net lease, the occupier pays base rent alongside property taxes, building insurance, and maintenance. In a powered shell, the occupier funds, installs, and manages the mechanical and electrical fit-out directly.
- Turnkey wholesale agreements: An intermediate approach where the facility owner operates the central technical plant, delivering conditioned power and cooling to the data hall boundary under modified gross leases or capacity contracts. This provides dedicated space without upfront capital outlay for central plant.
Key diligence questions for occupiers evaluating lease structures:
- Does your organisation require operating-cost treatment under a service contract or capital lease accounting?
- Who holds legal title to the land, and what rights exist if a superior landlord defaults?
- Which party maintains and replaces primary electrical and cooling plant over the term?
Power metering and pricing mechanics
While standard commercial real estate prices space by floor area, data centres structure pricing around electrical capacity and energy consumption:
- Gross rates: A single recurring charge covers space footprint, cooling, and an agreed power ceiling. Gross pricing simplifies billing, though occupiers can overpay if workloads draw less power than contracted.
- Capacity reservation with metered pass-through: The occupier pays a fixed reservation fee per kilowatt or megawatt of dedicated capacity, while electricity consumed by IT equipment is metered and billed at pass-through utility rates.
- Power Usage Effectiveness (PUE) benchmarks: Contracts link billing to facility cooling efficiency. Agreed PUE caps protect occupiers from absorbing costs caused by inefficient plant.
Key diligence questions for power provisions:
- Where is electricity metered, and who absorbs transformer and distribution losses?
- How are utility tariff changes and green energy surcharges calculated and passed through?
- Does the contract enforce take-or-pay minimums before full IT deployment?
Key terms in commercial negotiations
Negotiating technical agreements requires balancing long-term capacity security against commercial flexibility:
- Phased ramp schedules: Contractual ramps defer reservation fees on expansion capacity until agreed energisation dates.
- Service levels and remedies: Agreed thresholds govern power continuity, temperature, humidity, and site access, backed by service credits and termination rights for repeated outages.
- Expansion protections: Pre-emption rights or options protect adjacent whitespace and scheduled power tranches.
- Assignment and subletting: Terms state whether an occupier can assign capacity to affiliates or sublet unused power to third parties.
- Reinstatement obligations: Surrender terms specify whether cabling and equipment must be removed at term end or left in place.
- Audit access: Inspection rights cover maintenance logs, environmental records, and sub-meter calibration.