{"api_version":"v1","schema_version":"1.1","dataset":"resources","title":"Guides and checklists","generated":"2026-10-18","research_imported":"2026-10-18","licence":"Editorial summaries and structured fields by CoolPower Index. Reuse with attribution and a link. Source documents remain the property of their publishers.","coverage":"Published records only. Draft records, private booking data and contacts are never included. Capacity figures are tracked public coverage, not national totals.","schema":"https://coolpowerindex.com/data/v1/schema/","count":5,"records":[{"id":"capacity-definitions-guide","type":"resource","status":"published","name":"Capacity definitions: IT, facility, grid and thermal MW","aliases":["MW definitions","IT MW vs facility MW"],"kind":"guide","summary":"Data centre capacity numbers mix very different things: IT load, facility power, grid connection, thermal cooling capacity and battery energy. This guide explains each measure, how they relate, and the roll-up rules CoolPower Index uses so that unlike numbers are never added together.","body_sections":[{"heading":"IT capacity (MW IT)","text":"Power available to servers, storage and network equipment. EU Delegated Regulation 2024/1364 defines installed IT power demand as the sum of nominal power demand in kW of network, server and storage equipment on the computer room floor, and separately defines rated IT load. Reporting there applies to sites with installed IT power demand of at least 500 kW."},{"heading":"Facility power (MW facility)","text":"IT load plus cooling, power losses, lighting and other building loads. Facility power divided by IT power on an energy basis over a year gives PUE. A 100 MW IT campus therefore needs well over 100 MW at the meter."},{"heading":"Grid capacity (MW or MVA grid)","text":"The connection capacity agreed with the network operator. It can be phased, may be in MVA rather than MW, and often exceeds near-term load. Connection offers are not the same as built capacity."},{"heading":"Thermal capacity (kW or MW thermal)","text":"Heat a cooling product can remove at stated conditions. A 2 MW CDU removes 2 MW of heat at its rating point, not 2 MW of IT load in every case. Chillers and dry coolers are also rated thermally, at an ambient and fluid temperature."},{"heading":"Power vs energy (MW vs MWh)","text":"MW is a rate. MWh is an amount of energy. A battery may be 100 MW and 400 MWh. These must never be added. Gensets add another layer: kVA is apparent power, kW real power, and standby, prime and continuous ratings differ."},{"heading":"Roll-up rules used on this site","text":"Never add IT, facility, grid and thermal figures together. Never count a parent campus and its child buildings both. Company-level claims (for example a portfolio total) are not summed with project-level figures. Unknown values stay not disclosed, never zero. Each figure carries its class, unit, status (announced, under construction, operational) and source."},{"heading":"Practical checks","text":"When a headline says a campus is 1 GW, ask whether that is IT, facility or grid, whether it is phased, and what is operational today. NVIDIA describes 1 MW IT racks from 2027, which is a per-rack IT figure and says nothing about site totals."}],"technology_ids":["backup-power-and-energy-storage","power-distribution","coolant-distribution-units"],"country_ids":[],"policy_ids":["eu-eed-data-centre-reporting"],"sources":[{"url":"https://eur-lex.europa.eu/legal-content/EN/TXT/HTML/?uri=CELEX:32024R1364","title":"Commission Delegated Regulation (EU) 2024/1364","publisher":"EUR-Lex","date_published":"2024-03-14","date_accessed":"2026-10-18","authority_type":"legislation"},{"url":"https://www.mtu-solutions.com/content/dam/mtu/products/power-generation/powergeneration-product-list-latest/32310781_PG_spec_20V4000DS4000_4000kVA_3D_FC_50Hz.pdf","title":"mtu 20V4000 DS4000 (kVA ratings)","publisher":"Rolls-Royce Power Systems","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://developer.nvidia.com/blog/nvidia-800-v-hvdc-architecture-will-power-the-next-generation-of-ai-factories/","title":"NVIDIA 800 VDC architecture (1 MW racks)","publisher":"NVIDIA","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"}],"last_checked":"2026-10-18","reviewer":"CoolPower Index research (automated, sourced)","dates":{"published":"2024-03-14","effective":null,"event":null,"expected_operation":null,"last_checked":"2026-10-18","next_review":"2027-04-18","review_cadence_days":182},"url":"https://coolpowerindex.com/resources/capacity-definitions-guide/"},{"id":"cdu-comparison-guide","type":"resource","status":"published","name":"CDU comparison guide","aliases":["CDU comparison","coolant distribution unit comparison","CDUs compared"],"kind":"guide","summary":"How to compare coolant distribution units fairly: which fields matter, why capacity only means something at a stated approach temperature, flow and fluid, and a table of published CDU data with every missing value marked not disclosed rather than guessed.","body_sections":[{"heading":"Why a CDU comparison needs rating conditions","text":"CDU capacity depends on the approach temperature difference (ATD) between facility water in and technology coolant out, on TCS flow per kW and on the fluid. Published figures show how much this matters. Eaton rates one ROL unit at 2,300 kW with an 8 °C approach and 1,150 kW with 4 °C. LiquidStack rates its CDU-1MW between about 1,004 kW and 1,350 kW depending on flow per kW. Compare products only at the same ATD, flow per kW and fluid."},{"heading":"Fields to compare","text":"Architecture (liquid-to-liquid or liquid-to-air). Location (in-rack, in-row, facility or skid). Capacity with ATD, flow per kW, fluid and supply temperatures. Flow and available pressure. Pump and filter redundancy. Filtration grade. Fluid compatibility and wetted materials. Controls protocols and group control. Footprint and weight. Electrical supply. Product status (prototype, announced, orderable, shipping). Regional service in the project country."},{"heading":"How to read the table","text":"Rows come straight from published supplier records on this site, each linked to its source. Where a field is blank on the supplier's own page it reads not disclosed. A missing value is not a weakness of the product, only a gap in public information, so ask the supplier. Status reflects the supplier's own wording on the date checked."},{"heading":"Normalising quotes","text":"Ask every bidder to state capacity at one agreed point, for example 4 °C ATD, 1.5 lpm/kW, PG25 TCS, with your facility water temperature. Ask for pump power at that point and for part load curves. Check whether quoted capacity assumes N or N+1 pumps running."},{"heading":"What we could not verify","text":"For most products, fluid compatibility lists, certifications and evidence of service teams in specific countries were not published. Several new models are announced but not yet shipping. The supplier pages are the authority and may change."}],"technology_ids":["coolant-distribution-units","direct-liquid-cooling","warm-water-cooling-loops"],"country_ids":[],"policy_ids":[],"sources":[{"url":"https://www.airedale.com/data-centers/liquid-cooling/cdu/","title":"Airedale by Modine CDU product source","publisher":"Airedale by Modine","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.alfalaval.com/media/stories/data-center-cooling/cooling-the-ai-revolution/","title":"Alfa Laval CDU product source","publisher":"Alfa Laval","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.eaton.com/us/en-us/catalog/thermal-management-solutions/coolant-distribution-unit-cdu.html","title":"Eaton CDU product source","publisher":"Eaton","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.carrier.com/commercial/en/us/news/news-article/new-carrier-coolant-distribution-unit-expands-data-center-solutions.html","title":"Carrier CDU product source","publisher":"Carrier","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.daikinapplied.com/news/news/daikin-applied-expands-data-center-offering-with-acquisition-of-chilldyne","title":"Daikin Applied CDU product source","publisher":"Daikin Applied","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.coolitsystems.com/cdu-product/chx2000/","title":"CoolIT Systems CDU product source","publisher":"CoolIT Systems","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.dcx.eu/blog/dcx-announces-new-8mw-coolant-distribution-unit","title":"DCX Liquid Cooling Systems CDU product source","publisher":"DCX Liquid Cooling Systems","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.dcx.eu/product/fdu-8mw","title":"DCX Liquid Cooling Systems CDU product source","publisher":"DCX Liquid Cooling Systems","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.deltapowersolutions.com/media/download/Leaflet_DataCenter_LTL-CDU-GoCool-1500_en_EMAMCE-01-JY.pdf","title":"Delta Electronics CDU product source","publisher":"Delta Electronics","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.deltaww.com/en-GB/products/in-row-coolant-distribution-unit/Stack-Up-1.5MW-L2L-In-Row-CDU","title":"Delta Electronics CDU product source","publisher":"Delta Electronics","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://en.envicool.com/upload/file/20250928/1759043239546830.pdf","title":"Envicool CDU product source","publisher":"Envicool","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://jetcool.com/coolant-distribution-units-smartsense-cdu/","title":"JetCool (Flex) CDU product source","publisher":"JetCool (Flex)","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.prnewswire.com/news-releases/johnson-controls-expands-thermal-management-offering-with-scalable-liquid-cooling-solution-to-meet-the-increasing-demand-of-high-density-data-centers-302549071.html","title":"Johnson Controls (York, Silent-Aire) CDU product source","publisher":"Johnson Controls (York, Silent-Aire)","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://d2xjeen3zaup4u.cloudfront.net/asset/767398133948/document_3vg422nprl42r38p5352roht00/PF_CCDU_EN.pdf","title":"Kelvion CDU product source","publisher":"Kelvion","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://liquidstack.com/cdu-direct-to-chip/coolant-distribution-unit-1-megawatt","title":"LiquidStack (Trane Technologies) CDU product source","publisher":"LiquidStack (Trane Technologies)","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.trane.com/commercial/north-america/us/en/about-us/newsroom/press-releases/liquidstack-cdu-2x.html","title":"LiquidStack (Trane Technologies) CDU product source","publisher":"LiquidStack (Trane Technologies)","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.datacenterdynamics.com/en/news/mitsubishi-launches-12mw-liquid-cooling-cdu/","title":"Mitsubishi Electric Hydronics & IT Cooling Systems CDU product source","publisher":"Mitsubishi Electric Hydronics & IT Cooling Systems","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.motivaircorp.com/products/CDU/","title":"Motivair by Schneider Electric CDU product source","publisher":"Motivair by Schneider Electric","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://datacenter.munters.com/products/cdu-data-center/","title":"Munters CDU product source","publisher":"Munters","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.nortekdatacenter.com/cdu/","title":"Nortek Data Center Cooling CDU product source","publisher":"Nortek Data Center Cooling","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.nortekdatacenter.com/nortek-data-center-cooling-unveils-skidded-cdu-with-multi-megawatt-capacity-for-hyperscale-deployments/","title":"Nortek Data Center Cooling CDU product source","publisher":"Nortek Data Center Cooling","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.nvent.com/en-us/data-solutions/next-generation-liquid-cooling-and-power-portfolios-coming-2026","title":"nVent CDU product source","publisher":"nVent","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.rittal.com/com-en/products/PG20231215KLI101/PG20231245KLI1005/PG20240116KLI207/PRO136623?variantId=3343200","title":"Rittal CDU product source","publisher":"Rittal","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.se.com/ww/en/about-us/newsroom/news/press-releases/Motivair-by-Schneider-Electric-announces-new-CDU-with-capability-to-scale-to-10MW-and-beyond-for-nextgen-AI-Factories-6970111e5238242c6201a203/","title":"Schneider Electric CDU product source","publisher":"Schneider Electric","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.stulz.com/products/detail/cybercool-cdu/","title":"STULZ CDU product source","publisher":"STULZ","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.trane.com/commercial/north-america/us/en/products-systems/liquid-cooling-systems/coolant-distribution-unit-cdu.html","title":"Trane (Trane Technologies) CDU product source","publisher":"Trane (Trane Technologies)","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.vertiv.com/en-us/products-catalog/thermal-management/high-density-solutions/vertiv-coolchip-cdu/","title":"Vertiv CDU product source","publisher":"Vertiv","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://www.opencompute.org/documents/ocp-specification-deschutes-final-2025-09-05-pdf","title":"Project Deschutes facilities specification","publisher":"Open Compute Project","date_published":"2025-09-05","date_accessed":"2026-10-18","authority_type":"standards-body"}],"last_checked":"2026-10-18","reviewer":"CoolPower Index research (automated, sourced)","dates":{"published":"2025-09-05","effective":null,"event":null,"expected_operation":null,"last_checked":"2026-10-18","next_review":"2027-04-18","review_cadence_days":182},"url":"https://coolpowerindex.com/resources/cdu-comparison-guide/"},{"id":"cooling-power-rfi-checklist","type":"resource","status":"published","name":"Cooling and power RFI checklist","aliases":["RFI template","request for information checklist"],"kind":"checklist","summary":"A practical request-for-information checklist for data centre cooling and power equipment, covering supplier status, product shipping status, CDU and liquid cooling details, heat rejection, power and backup, and commercial terms, so bids can be compared on the same basis.","body_sections":[{"heading":"Company and status","text":"- Legal entity, parent company and any pending acquisition or sale\n- Recent insolvency, restructuring or asset sale, and who holds warranties\n- Manufacturing locations for the quoted items\n- Service teams, spares stock and response times in the project country"},{"heading":"Product status","text":"- Is the item prototype, announced, orderable or shipping\n- Number of units in operation and reference sites in a similar climate\n- Date of first shipment for new models"},{"heading":"CDU and liquid cooling","text":"- Capacity at your stated ATD, flow per kW, fluid and supply temperatures\n- Pump and filter redundancy, hot-swap capability\n- Filtration grade, wetted materials and approved coolants\n- Leak detection and isolation method\n- Control protocols and group control\n- Quick disconnect type and compatibility with the IT platform\n- Responsibility for flushing, fluid sampling and treatment"},{"heading":"Heat rejection and chillers","text":"- Rating ambient, fluid temperatures and part load data\n- Fan and compressor power at design and part load\n- Annual water use at the site climate\n- Noise at a stated distance\n- Refrigerant type and its regulatory outlook\n- Free cooling and heat reuse temperature options"},{"heading":"Power and backup","text":"- Rating basis (kW vs kVA, standby vs continuous duty)\n- Battery chemistry, runtime at stated load and fire test evidence\n- Genset fuel options, emissions permits and step load acceptance\n- Lead time for transformers and switchgear by factory\n- Applicable standards (IEC or UL) and type tests\n- Readiness for 800 VDC and how the product status is stated"},{"heading":"Commercial and compliance","text":"- Lead time and delivery terms\n- Factory acceptance test scope and witness options\n- Commissioning scope and documentation\n- Certifications actually held, with certificate numbers\n- Data needed for EU or German energy reporting where relevant"},{"heading":"How to use it","text":"Send the same questions to every bidder and ask for answers with a document reference. Treat a blank answer as not disclosed and follow up. Do not score claims that the bidder cannot support with a datasheet, test report or certificate."}],"technology_ids":["coolant-distribution-units","direct-liquid-cooling","heat-rejection","backup-power-and-energy-storage","power-distribution","800-vdc-power"],"country_ids":[],"policy_ids":[],"sources":[{"url":"https://www.ashrae.org/file%20library/technical%20resources/bookstore/emergence-and-expansion-of-liquid-cooling-in-mainstream-data-centers_wp.pdf","title":"Emergence and expansion of liquid cooling in mainstream data centers","publisher":"ASHRAE TC 9.9","date_published":null,"date_accessed":"2026-10-18","authority_type":"standards-body"},{"url":"https://www.opencompute.org/documents/ocp-specification-deschutes-final-2025-09-05-pdf","title":"Project Deschutes facilities specification","publisher":"Open Compute Project","date_published":"2025-09-05","date_accessed":"2026-10-18","authority_type":"standards-body"},{"url":"https://www.flexgen.com/resources/blog/flexgen-completes-acquisition-powin-assets-expanding-global-leadership-grid-scale","title":"FlexGen completes acquisition of Powin assets","publisher":"FlexGen","date_published":"2025-08-19","date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://developer.nvidia.com/blog/nvidia-800-v-hvdc-architecture-will-power-the-next-generation-of-ai-factories/","title":"NVIDIA 800 VDC architecture","publisher":"NVIDIA","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"}],"last_checked":"2026-10-18","reviewer":"CoolPower Index research (automated, sourced)","dates":{"published":"2025-09-05","effective":null,"event":null,"expected_operation":null,"last_checked":"2026-10-18","next_review":"2027-04-18","review_cadence_days":182},"url":"https://coolpowerindex.com/resources/cooling-power-rfi-checklist/"},{"id":"cooling-technology-selection-guide","type":"resource","status":"published","name":"Cooling technology selection guide","aliases":["liquid cooling selection","how to choose data centre cooling"],"kind":"guide","summary":"A plain guide to choosing between air, rear-door heat exchangers, direct-to-chip liquid cooling (single and two-phase) and immersion, and to matching heat rejection, water temperature and heat reuse options to rack density, site constraints and the policy context.","body_sections":[{"heading":"Start from the IT roadmap","text":"Rack density, the chip vendor's coolant temperature limits and refresh cycle drive the choice. Vendors place the practical limit of air cooling at roughly 30 to 50 kW per rack, which is guidance, not a standard."},{"heading":"Options at a glance","text":"Air with containment suits lower densities. Rear-door heat exchangers extend air halls without changing servers. Single-phase direct-to-chip with CDUs is the mainstream route for current AI racks and still needs some air. Two-phase direct-to-chip keeps water out of the white space and has a smaller installed base. Immersion cools all components and suits warm water but needs adapted hardware and service methods."},{"heading":"Match the water temperature","text":"Pick an ASHRAE W class that the IT allows. Warmer classes (W40, W45, W+) allow chiller-free operation in more climates and better heat reuse, but need tighter CDU approach temperatures."},{"heading":"Heat rejection and water","text":"Dry coolers use no water but need more area and fan power in hot climates. Adiabatic and evaporative systems save energy but use water, which matters in the Gulf and in water-stressed regions. Check annual water use at your site climate."},{"heading":"Brownfield vs new build","text":"In existing halls, liquid-to-air CDUs and rear doors avoid new facility pipework. New builds can design warm water loops and heat export from the start."},{"heading":"Policy and reporting","text":"In Germany EnEfG section 11 sets planned energy reuse shares for new data centres of at least 10 percent from 1 July 2026, 15 percent from 1 July 2027 and 20 percent from 1 July 2028, and an amendment is proposed. EU operators above 500 kW IT report energy and water indicators each year. See the linked policy records for current status."},{"heading":"Product maturity","text":"Check whether each product is prototype, announced, orderable or shipping. Ask for reference sites at similar density and climate."}],"technology_ids":["direct-liquid-cooling","immersion-cooling","heat-rejection","warm-water-cooling-loops","heat-reuse","brownfield-liquid-cooling-upgrades","coolant-distribution-units"],"country_ids":["united-kingdom","ireland","germany","united-states","malaysia","singapore","united-arab-emirates","saudi-arabia"],"policy_ids":["de-enefg-section-11-data-centres","de-enefg-amendment-2026","eu-eed-data-centre-reporting"],"sources":[{"url":"https://www.ashrae.org/file%20library/technical%20resources/bookstore/supplemental%20files/therm-gdlns-5th-r-e-refcard.pdf","title":"Thermal Guidelines 5th edition reference card","publisher":"ASHRAE","date_published":null,"date_accessed":"2026-10-18","authority_type":"standards-body"},{"url":"https://www.gesetze-im-internet.de/enefg/__11.html","title":"EnEfG section 11","publisher":"Bundesministerium der Justiz","date_published":null,"date_accessed":"2026-10-18","authority_type":"legislation"},{"url":"https://liquidstack.com/cdu-direct-to-chip/coolant-distribution-unit-1-megawatt","title":"CDU-1MW (air vs liquid FAQ)","publisher":"LiquidStack","date_published":null,"date_accessed":"2026-10-18","authority_type":"company"},{"url":"https://eur-lex.europa.eu/legal-content/EN/TXT/HTML/?uri=CELEX:32024R1364","title":"Commission Delegated Regulation (EU) 2024/1364","publisher":"EUR-Lex","date_published":"2024-03-14","date_accessed":"2026-10-18","authority_type":"legislation"}],"last_checked":"2026-10-18","reviewer":"CoolPower Index research (automated, sourced)","dates":{"published":"2024-03-14","effective":null,"event":null,"expected_operation":null,"last_checked":"2026-10-18","next_review":"2027-04-18","review_cadence_days":182},"url":"https://coolpowerindex.com/resources/cooling-technology-selection-guide/"},{"id":"policy-deadline-calendar","type":"resource","status":"published","name":"Data centre policy deadline calendar","aliases":["policy calendar","regulatory deadlines"],"kind":"calendar","summary":"An outline calendar of dated data centre policy milestones across the CoolPower Index seed markets, built from the site's sourced policy records: reporting deadlines, compliance dates and consultation closes, each linked to its policy record and official source.","body_sections":[{"heading":"How this calendar works","text":"Every row comes from a published policy record and its official source. When a policy changes, the record is updated first and the calendar follows. Proposed changes, such as the German EnEfG amendment, are flagged as proposed until adopted."},{"heading":"Coverage","text":"Seed markets are the UK, Ireland, Germany, the US, Malaysia, Singapore, the UAE and Saudi Arabia, plus EU-wide rules that apply in Ireland and Germany. Several markets have policies with no fixed date, and these are listed separately."},{"heading":"Gaps","text":"No dated US federal or UAE milestone was in the policy records at the time of writing. Always check the official source before acting on a date."}],"technology_ids":[],"country_ids":["united-kingdom","ireland","germany","united-states","malaysia","singapore","united-arab-emirates","saudi-arabia"],"policy_ids":["de-enefg-amendment-2026","de-enefg-section-11-data-centres","de-rechenzentrumsstrategie-2026","eu-data-centre-minimum-performance-standards","eu-data-centre-rating-scheme-2026","eu-eed-data-centre-reporting","gb-ofgem-data-centre-connection-reforms-curate","ie-cru-large-energy-users-connection-policy-2025","ie-system-operator-data-centre-connection-processes-2026","my-mida-sustainable-data-centre-guideline","sa-cst-data-center-services-regulation","sg-dc-cfa2-allocation-2026","sg-green-data-centre-roadmap","uk-si-2026-13-data-centres-nsip"],"sources":[{"url":"https://www.gesetze-im-internet.de/enefg/__11.html","title":"Official source for de-enefg-section-11-data-centres","publisher":"official source","date_published":null,"date_accessed":"2026-10-18","authority_type":"government"},{"url":"https://ec.europa.eu/info/law/better-regulation/have-your-say/initiatives/19293-Data-centres-in-Europe-minimum-performance-standards_en","title":"Official source for eu-data-centre-minimum-performance-standards","publisher":"official source","date_published":null,"date_accessed":"2026-10-18","authority_type":"government"},{"url":"https://eur-lex.europa.eu/legal-content/EN/TXT/HTML/?uri=CELEX:32024R1364","title":"Official source for eu-eed-data-centre-reporting","publisher":"official source","date_published":null,"date_accessed":"2026-10-18","authority_type":"government"},{"url":"https://www.ofgem.gov.uk/sites/default/files/2026-07/Proposed-data-centre-connection-reforms-curate-consultation-document.pdf","title":"Official source for gb-ofgem-data-centre-connection-reforms-curate","publisher":"official source","date_published":null,"date_accessed":"2026-10-18","authority_type":"government"},{"url":"https://www.mida.gov.my/wp-content/uploads/2024/12/Guideline-for-Sustainable-Development-of-Data-Centre.pdf","title":"Official source for my-mida-sustainable-data-centre-guideline","publisher":"official source","date_published":null,"date_accessed":"2026-10-18","authority_type":"government"}],"last_checked":"2026-10-18","reviewer":"CoolPower Index research (automated, sourced)","dates":{"published":null,"effective":null,"event":null,"expected_operation":null,"last_checked":"2026-10-18","next_review":"2027-04-18","review_cadence_days":182},"url":"https://coolpowerindex.com/resources/policy-deadline-calendar/"}]}