In part 2 of our analysis of current issues in data centre delivery, we look at market issues impacting on delivery, and provide some best practice tips to manage these risks. (Part 1, which considered current trends in procurement of data centres, can be found here).
Across APAC, data centre developers have relied on traditional construction contracting approaches — principally D&C, turnkey EPC or EPCM models - using national or international standard forms, or precedent forms replicated across projects and markets. The evolving market in data centre delivery is challenging that approach.
This is part of a series of articles from our Construction team, called ‘BREAKING GROUND’ where we share the latest thinking on commercial issues for construction projects.
The evolving Data Centre development market
Speed‑to‑market imperatives
Data centre operators often have extremely tight timeframes from securing offtake commitments to commencing services (sometimes less than 12 months in some jurisdictions).
In response, developers are gravitating toward hybrid models that preserve momentum without forfeiting oversight, which can include limited-scope ECIs, separate capacity reservation, procurement agreements for long-lead equipment (LLE) and separate or inhouse design.
Financing is evolving
As programmes shift from one-off builds to rapid, multi-site rollouts, developers are stretching finite (albeit ample) equity across a larger number of projects. The result is a move away from funding capex from the balance sheet, with a greater proportion being financed by debt or external capital, bringing sharper lender scrutiny to bankability, completion certainty and cash flow resilience.
Across the APAC pipeline, limited recourse financing is becoming more prevalent. Lenders are focussed on the issues most likely to disrupt revenue commencement and budget overrun, most particularly interface risks in disaggregated procurement models (generally now accepted to a degree by lenders), and the alignment of project delivery with customer MSAs.
Price‑taker dynamics and contractor leverage
The regional project pipeline is expanding faster than the pool of contractors with deep data centre experience is able to grow, particularly in high‑density MEP and integrated commissioning. That scarcity is translating into greater contractor leverage on price and risk allocation, reduced willingness to accept full turnkey responsibility, and thinner fields at tender, which is being most acutely felt on complex multi‑building campuses and remote or logistically constrained sites.
Challenges for existing contracting practices
Whether an enhanced standard form or a suite of bespoke templates is used, developers need to ensure that contracts address the relevant risks and apply them consistently across every package, interface and financier touchpoint.
Standard form contracts
Well‑known standard forms (such as FIDIC or Australian Standards) are widely used in the APAC data centre market and offer a reliable and well understood baseline which can reduce negotiation time and costs.
However, these forms require focused amendments to deal with the realities of data centre delivery, including pass through of master services agreement (MSA) obligations, early contractor involvement and long‑lead equipment supply. In disaggregated builds, the drafting requires clearly allocated responsibility for interfaces and escalation paths to avoid gaps and finger‑pointing (and allowing for coordination or umbrella deeds where used).
Increasingly, lender requirements also need to be embedded at the outset to avoid later renegotiation.
These factors usually require substantial amendments to be made to standard form contracts, which can lead to inconsistency and incompleteness across the contract suite (and are often difficult to read and administer due to the use of separate particular or special conditions.
Absent these changes, off‑the‑shelf contracts tend to under‑allocate data centre‑specific risks and leave a mismatch between the promises made by developers to customers and the obligations placed on contractors. On the other hand, over‑customisation can be counterproductive.
Bespoke forms used across multiple projects (with different needs)
Many developers now maintain a suite of bespoke templates (sometimes customised versions of FIDIC or jurisdiction specific standard forms) to drive consistency across portfolios, reflect common lender positions and acceptable risk allocation, interface and performance requirements. There is significant upside to this approach:
- deals can move faster with fewer renegotiations;
- contract terms better reflect MSAs and financing documents; and
- multi‑package delivery, including long‑lead procurement, is more tightly integrated.
Bespoke templates can hard‑code risk allocation on issues that matter to a developer – ECI conversion, capacity reservations, coordination deeds and end‑to‑end commissioning and testing — so that the document structure reflects the delivery model rather than fighting it.
However, developers must be cautious that templates optimised for one jurisdiction or product type can underperform elsewhere unless they are tailored for local regulation and project-specific requirements (including utility interconnection realities, market capacity and tenant profiles).
Effective governance by in-house legal teams is therefore essential: jurisdiction‑specific riders and periodic refreshes to keep pace with technology, sustainability criteria and evolving financing requirements remain important.
If applied too rigidly, bespoke forms can deter contractors, generate interface risk or cut across lease obligations. However, these risks can be effectively managed with configurable schedules, clear interface obligations and flexible change‑management regimes.
We set out below practical responses that developers can deploy to compress delivery without sacrificing control, align construction suites with upstream MSA and financing requirements, and reduce interface risk across disaggregated models. We’ve also identified some techniques from other sectors that can keep financing on track, minimise renegotiation risk and underpin the delivery certainty that the market, and its lenders, increasingly require.
Procurement strategies
The below approaches support accelerated delivery and address the issues and gaps identified above in a bankable, scalable way.
Hybrid wraps with novated LLE: A growing number of developers are adopting hybrid wrap structures paired with novated long‑lead equipment supply. This disaggregated approach sometimes relies on an umbrella or coordination deed to manage interfaces while LLE contracts are let early and then novated to the contractor as nominated subcontractors. The result reduces the “blame game” on critical interfaces yet preserves the owner’s control over key owner‑furnished, contractor‑installed packages where specification and timing are decisive.
Modular standardisation: Modular standardisation is becoming increasingly popular for repeatable builds. Developers are standardising design packages and deploying prefabricated, modular MEP modules to compress on‑site duration, improve quality and ease labour constraints. By making each site compliant with consistent performance criteria, programmes can scale without re‑engineering fundamentals, while still accommodating site‑specific constraints through specified options.
Strategic supplier frameworks: Developers are also putting strategic supplier frameworks in place with critical OEMs, including generators, UPS systems, chillers and switchgear, to secure pricing, specifications and lead times amid ongoing supply volatility. These frameworks are being hard‑wired into downstream construction contracts through free‑issue provisions and clear technical acceptance criteria aligned with construction programmes and delivery targets, ensuring equipment integration and accountability align with the commercial commitments made upstream. These frameworks should include staged remedies (cure, re‑sequencing, replacement and termination) that reflect equipment criticality and downstream delay exposure (including back‑to‑back LD rights where feasible).
Capacity panels: many developers are establishing panels of pre‑qualified contractors and key specialists for repeatable work packages. These panels preserve competitive tension across pipelines, mitigate resourcing bottlenecks, accelerate tender cycles and embed understood commercial positions across projects. When combined with standardised scopes and modular solutions, they provide a scalable delivery programme that is faster and more predictable.
Early Contractor Involvement
A disciplined early contractor involvement (ECI) process can effectively front‑load certainty of design, price and supply chain, and enable faster deployment.
Lock early design/procurement: ECI or pre-construction services agreements can be used to lock down the critical design early, focusing on programme, cost and utility integration risks. Sophisticated developers will undertake structured constructability reviews to confirm safe, efficient buildability within site constraints, together with grid and water impact assessments to validate capacity, timing and upgrade requirements. Where lead times threaten the critical path, advance orders for long‑lead items can be placed with greater certainty ahead of the main works tender. This type of packaging materially reduces schedule exposure and stabilises downstream procurement and interface planning.
Open‑book pricing: Developers should seek to implement a transparent, bottom‑up cost model during the ECI phase, with clear visibility over labour rates and productivity assumptions, material quantities and pricing, and OEM quotations. Proactive supplier engagement should be sought to test market availability, pricing and alternatives while design matures. Robust audit rights over the major cost drivers should be embedded to verify inputs and trace variances, improving price certainty at conversion and limiting scope creep and rework once delivery commences.
Clear conversion mechanics: Objective and measurable criteria for the transition from ECI to a D&C or EPC contract should be clearly defined, including agreed thresholds for design maturity, the status of key permits and approvals, and firm commitments for long‑lead equipment. Parties should pre‑agree risk allocation that addresses latent conditions, interface responsibilities and owner‑furnished, contractor‑installed items, so that conversion can occur within a prescribed timeframe without reopening core commercial terms. This clarity reduces bid ambiguity, accelerates mobilisation and curbs price drift.
Pain / gain alignment: Target‑price models can be adopted with clearly calibrated pain/gain sharing to incentivise predictable, on‑time and on‑budget outcomes (excluding specific risks that cannot be controlled by the contractor). Rational caps and floors should be set so the incentive remains meaningful across both cost underruns and overruns. Properly structured, this framework rewards collaborative performance, promotes early problem solving and preserves programme‑wide value.
Programming tools to expedite delivery
Programme‑anchored milestones: Milestone definitions should reflect the realities of data centre delivery - design‑freeze dates, long‑lead equipment order points, “room‑ready” stages, energisation and integrated commissioning gates. Extension of time methodology should be updated contemporaneously as the works progress so that the critical path remains visible, evidence‑based, and defensible, not only de‑risking delay claims but also providing the governance needed to prioritise decisions and sequence trades without compromising quality or safety.
Sectional completion/partial possession: Sectional completion and partial possession can be utilised to phase capacity while preserving protections, with section‑specific LDs, warranties and acceptance criteria so blocks can go live as they pass testing. Technical performance can be scoped and verified on a sectional basis to prove uptime, power, and cooling before handover, accelerating revenue and containing defects.
Expedited variations: Fast‑track variation protocols, with defined turnaround windows, pre‑agreed pricing, and interim authorisations, can be utilised so that changes can proceed without programme drift while agreement on commercial terms can proceed in parallel.
Managing interface risks in disaggregated procurement models
Coordination and umbrella deeds: Hybrid wrap arrangements involve robust, multi‑party coordination deeds that bind developer counterparties (e.g. general contractor, MEP contractor, LLE provider and key specialist vendors) into a single interface regime. The deed should delineate scope, set out information flows, and access protocols to shared systems. Although not yet common in many Asian jurisdictions, ideally they should embed disciplined change control, including approvals thresholds and impact assessment rules, and establish a tiered dispute‑escalation ladder to keep issues moving and avoid site‑level gridlock. Done well, this creates a single source of truth for interface management and reduces the scope for gaps or overlap to crystallise into delay and claims.
Cross‑indemnities: Reciprocal indemnity and contribution frameworks can be deployed to reduce “blame shifting” at interfaces and allocate liabilities in a principled way. These provisions should be calibrated to reflect shared or adjacent design responsibilities and be paired with an aligned insurance strategy, including professional indemnity, where design inputs intersect. The objective is to ensure the risk of integrated system failure or multi‑party delay is addressed upfront, with clear cost recovery pathways and fewer incentives to litigate causation after the fact.
Aligned warranties: OEM warranty packages should be harmonised with the obligations of the general contractor in duration, scope and transferability. Where appropriate, direct warranties should be procured from OEMs to the developer so that recovery is not stranded between shell build obligations and fit‑out or performance responsibilities. This alignment helps close the gap between equipment performance guarantees and overall facility obligations, supporting clear recourse if integrated systems underperform during ramp‑up or early operations.
Unified scheduling: Developers should require a single, logic‑linked master programme to govern the works, with contractor and OEM schedules feeding into it with clear rules for activities and dependencies, keeping data clean and the critical path visible. Contracts should mandate regular schedule reviews to check float use, interface readiness and integration milestones, allowing parties to act early where resequencing is needed.
Integrated commissioning: End‑to‑end commissioning that spans IT loads, power, cooling and controls, with clear witness and verification plans and explicit room‑readiness criteria, is critical to ensure that multiple packages are properly aligned. Integrated system tests should be mandated to demonstrate integrated performance before any claim to practical completion is entertained, reducing the likelihood of premature handover of any work package. By sequencing functional testing through to integrated systems testing under realistic load profiles, developers can de‑risk the transition to operations and validate performance commitments in a controlled, evidence‑based way.
Master Service Agreement (MSA) pass‑through
Obligation mapping: Developers should undertake a disciplined obligation‑mapping exercise to ensure that the MSA's most demanding delivery requirements are reflected in the construction suite. This includes translating hard commercial operation dates, stringent service level commitments and performance standards into the construction, design and supply contracts through bespoke pass‑through schedules and clearly articulated technical specifications. The goal should be to create a coherent chain of responsibility in which each upstream obligation has a corresponding downstream covenant, acceptance test and remedy, reducing interface risk and preserving the integrity of the MSA risk allocation.
Aligned LDs/EOT: Liquidated damages and narrowly framed extensions of time regimes should be drafted to track the upstream MSA positions and preserve bankability. This means pre‑defining compensation events, concurrency rules and float usage, and aligning the definitions of delay, relief and excusable events with the MSA’s risk profile. This approach maintains completion certainty and ensures that any relief granted downstream does not inadvertently undermine the developer's exposure to upstream delay and performance remedies. Care must be taken in negotiations to not undermine this position.
MSA gap‑risk mitigation: Developers should identify at the outset any MSA obligations that cannot be passed through to construction counterparties (such as certain termination triggers, audit and access rights, data and regulatory undertakings) and implement targeted mitigants. These can include commercial buffers, contingency allowances, enhanced reporting and transparency obligations, or defined contractor support obligations to bridge any exposure. By proactively managing these gaps, developers minimise residual risk, avoid misalignment between upstream and downstream contracts, and preserve overall project resilience.
Lender requirements
Direct agreements and step-in: Developers are typically required to ensure their contractors enter into robust direct agreements that give lenders clear and enforceable rights to step in, take assignments, grant or withhold consents, receive timely notices, and exercise cure periods. These rights should be mirrored consistently across the construction suite so that lenders have a clear pathway to intervene and preserve project value if counterparties default or the project encounters distress.
Security package: Security packages should be structured to allow lenders to take effective security over critical project documents, IP and any assignable warranties, ensuring that value in the contractual matrix can be realised or transferred if necessary. They should also build in parent guarantees and appropriate parent company guarantee structures for offshore suppliers, so that covenant strength resides with creditworthy group entities and not solely with thinly capitalised delivery subsidiaries.
Enhanced reporting/covenants: Developers should embed lender-facing reporting and compliance undertakings directly into project contracts to satisfy the monitoring requirements typical of limited-recourse financing. This includes regular reporting on milestones, status of long-lead equipment, commissioning results and performance testing.
