Resources Hub · 4 Engineering References
Engineering Resources for Australian Buyers
ToneCooling Australia publishes engineering reference content for Australian thermal engineers and procurement leads. The Phase 1 resource library covers four areas: AI server cooling design (direct-to-chip, GB200/H200/SP5/Birch Stream channel topology), BESS cold plate design (cell-to-cell uniformity, AS/NZS 5139 thermal context), AS/NZS standards reference (24+ standards relevant to liquid cooling), and the RFQ input checklist (what to send when requesting a quote).
Request a QuoteToneCooling Australia engineering reference content for AU thermal engineers and procurement leads. AI server cooling design references the NVIDIA GB200 NVL72 platform and the Open Compute Project DC-MHS specification. Thermal-acceptance envelope per ASHRAE TC 9.9 Datacom guideline. AS/NZS standards mapped to Standards Australia publications.
Cold Plate vs Immersion Cooling (BESS)
When liquid cold plates beat immersion for Australian grid-scale BESS — serviceability, AS/NZS 5139, retrofit.
Read the comparisonLiquid vs Air Cooling (Data Centre)
Why AI GPU racks (80–120 kW) need direct-to-chip liquid cooling — the Australian data-centre buildout.
Read the comparisonFSW vs Vacuum Brazed Cold Plate
Joining-process guide — FSW vs vacuum brazing vs TLP, and which suits EV/BESS vs GPU/CPU.
Read the guideCold Plate vs Heat Sink
Heat dissipation capacity, thermal resistance, space and noise trade-offs — when air cooling stops being enough.
Read the comparisonGB300 Cold Plate Quotation Guide
How Australian AI data-centre buyers get a GB300 copper cold plate quotation — RFQ inputs, AS/NZS support, import logistics.
Read the guideGB300 4 GPU + 2 CPU Quotation Guide
How Australian buyers get a GB300 4 GPU + 2 CPU Full System copper cold plate quotation — RFQ inputs, AS/NZS support, import logistics.
Read the guideToneCooling Australia Master Deck
Complete overview for AU engineering & procurement teams — company, four engineering capability pillars, product families, solution areas, AS/NZS compliance and quality. Free PDF download.
Download the deck (PDF)
AI Server Cooling Design Guide
Direct-to-chip cooling for GB200/GB300/H200/SP5/Birch Stream. Channel topology, ΔP budget, manifold integration, CDU compatibility. Free PDF download.
Read the guide
BESS Cold Plate Design Guide
Cell-to-cell ΔT envelope, channel topology, AS/NZS 5139 thermal context, materials and joining process trade-offs. Free PDF download.
Read the guide
AS/NZS Standards Reference
24+ AS/NZS / IEC / ISO / EN standards mapped to liquid cooling cold plate design, validation, and AU installation compliance context.
View reference
RFQ Input Checklist
What to send when requesting a quote — TDP map, ΔP, flow rate, qualification scope, AS/NZS context. Accelerate the Carlton-coordinated engineering response.
View checklistWhat's Inside Each Reference
What engineering depth does each ToneCooling Australia reference cover?
Direct-to-chip cooling for GB200/GB300/H200/SP5/Birch Stream
- NVIDIA GB200 / GB300 / H200 channel topology & Bianca module integration
- AMD EPYC SP5 (LGA6096) cold plate envelope · Intel Birch Stream socket integration
- Pressure-drop (ΔP) budget allocation across the rack-level loop
- Manifold + CDU integration (Vertiv · CoolIT · Stulz · Motivair)
- Thermal-hydraulic CFD validation methodology · ASHRAE W32 / W40 envelope
- AS/NZS 60068-2-14 ≡ IEC 60068-2-14:2009 thermal cycling endurance
- Pawsey / NCI HPC refresh design context · sovereign cloud rack density 80–120 kW
- RFQ-readiness checkpoints · what to send to accelerate the engineering response
Grid-scale battery thermal design for Australian programmes
- Prismatic / pouch / cylindrical cell format trade-offs
- Cell-to-cell ΔT envelope · TC-1P104S real-data baseline (6.2 °C / 104 cells)
- Channel topology · flow uniformity · stamped-brazed AL3003MOD construction
- CFD methodology · 50/50 EGW coolant baseline
- AS/NZS 5139:2019 thermal context · BESS installation interface
- AS/NZS 4777.2:2020 inverter integration thermal envelope
- IEC 62619:2017 industrial battery safety implications for cold plate design
- Materials & joining trade-offs (TLP · CAB · FSW · vacuum braze)
- PFAS-free coolant compatibility · EN 17681-1:2022 SGS-certified scope
- PPAP Levels 1–5 readiness · AEMO ISP / CIS programme alignment
Standards mapped across 7 categories for AU liquid cooling
- Cat 1 · BESS installation: AS/NZS 5139:2019, IEC 62619:2017
- Cat 2 · Grid-connected inverter: AS/NZS 4777.2:2020
- Cat 3 · Thermal cycling endurance: AS/NZS 60068-2-14 ≡ IEC 60068-2-14:2009
- Cat 4 · IP enclosure code: AS/NZS 60529
- Cat 5 · Salt-spray corrosion: ISO 9227 (AU coastal context)
- Cat 6 · Materials & substances: RoHS 2.0, PFAS-free per EN 17681-1:2022 SGS
- Cat 7 · QMS & manufacturing: ISO 9001:2015, IATF 16949:2016
What to send to accelerate the Carlton-coordinated response
- Application + platform (GB200 / SP5 / TC-1P104S BESS module / IGBT inverter)
- TDP map per platform (W per die or W per cell)
- Target ΔP and coolant flow rate
- Coolant chemistry (50/50 EGW · 25 % PG · DI water)
- Inlet temperature window (ASHRAE W32 / W40)
- CDU model (for AI server) or BMS pump curve (for BESS)
- Lead-time requirement & programme schedule
- Qualification scope · PPAP level if applicable
- Mechanical envelope drawing or CAD (STEP / IGES)
Which engineering reference helps your Australian RFQ?
Engineering reference content is free; an RFQ gets a Carlton-coordinated 24-hour response with technical review by Huizhou.
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