The fastest way to receive a useless quote is to ask one question:
“How much is a 40-foot mining container?”
That question sounds direct. It is not specific.
A 40-foot container for 300 air-cooled miners in a dry climate is not the same product as a 40-foot container for high-power hydro miners in North Dakota. Change the miner model, available voltage, ambient temperature, filter package, certification scope, delivery location, or commissioning responsibility, and the price can move before the steel design changes at all.
This is why a professional mining container quote is not a product-page number. It is the commercial output of an engineering assumption set.
The buyer’s job is not to prepare a perfect 100-page specification before speaking with a supplier. The buyer’s job is to provide enough structured information for the supplier to understand feasibility, risk, scope, and schedule.
A good mining container RFQ does three things:
This approach reduces follow-up questions, simplifies the comparison of competing quotations, and exposes missing site costs before the purchase order is issued.
This checklist shows what buyers should send, what can remain open during an early budgetary request, and what must be frozen before manufacturing begins.
A Quote Is Only as Accurate as Its Assumptions
Suppliers do not widen a price range only because they are being evasive. They widen it when the RFQ leaves important risk undefined.
Lack of key information forces the supplier to make assumptions or limits their ability to quote accurately. For example, an unknown miner model requires guessing rack dimensions, plug type, power per miner, airflow, heat load, and cable quantity. An unknown destination country prevents defining electrical code, labeling language, certification strategy, shipping route, or local inspection requirements. Similarly, describing the cooling method only as “liquid cooling” leaves uncertainty about whether the quote should include a CDU, dry cooler, cooling tower, pumps, manifolds, water treatment, glycol, or site piping.
The resulting number may look precise in a spreadsheet. It is still built on allowances and exclusions.
Use this rule:
Quote accuracy
= input clarity
+ scope clarity
+ operating-condition clarity
+ commercial-term clarity
Clear RFQs do not automatically create low prices.
They create meaningful prices.
First Define Which Type of Quote You Need
Not every inquiry needs the same level of detail. Buyers waste time when they demand fixed pricing before the project is mature, and suppliers waste time when they issue a detailed quotation for a project that is still only an idea.
Budgetary or ROM Estimate
Use this during feasibility and early capital planning. The project can still have open items, but the buyer should provide credible ranges for power, miner quantity, cooling type, country, climate, and schedule.
The output should clearly list assumptions and exclusions. It is a planning estimate, not a purchase-ready price.
Technical-Commercial Quotation
Use this when the buyer is comparing qualified suppliers. Miner models, electrical interface, design climate, cooling architecture, certification scope, delivery boundary, and major options should be defined.
The quotation should include specifications, drawings or a layout concept, commercial terms, lead time, warranty, and a scope matrix.
Purchase-Order or Manufacturing Release Package
Use this after supplier selection. The technical agreement should freeze approved drawings, component requirements, documentation, inspection points, FAT procedures, change control, delivery terms, and acceptance criteria.
Do not treat these three stages as the same document.
Pro Tip:
Write the requested quote stage in the email subject line: `Budgetary RFQ`, `Technical-Commercial RFQ`, or `Manufacturing Release`. It tells the supplier how much engineering certainty the response must contain.
1. Send a One-Paragraph Project Summary
Start the RFQ with the business and deployment context.
The supplier should understand the project before reading the equipment table.
Include:
– Project country, state, or province
– On-grid, off-grid, behind-the-meter, stranded-gas, or renewable-energy application
– Total available power now
– Planned future power expansion
– Target operating date
– Number of deployment phases
– Preferred cooling method
– Main project driver: lowest CAPEX, rapid deployment, low water use, low noise, high density, mobility, certification, or harsh-site reliability
– Buyer decision date
– Current project status: concept, permitted, power secured, transformer ordered, civil work started, or ready to purchase
The main driver matters because different objectives produce different designs.
A buyer prioritizing minimum first cost may accept manual controls and a basic PDU package. A buyer prioritizing remote uptime may need smart metering, redundant communications, more sensors, spare fans, and a defined service plan.
When every requirement is labeled critical, the supplier prices the worst case.
Tell the supplier what truly cannot move.
2. Identify the Exact Miner Load
Miner quantity alone is not an engineering specification.
Send a miner schedule with:
– Manufacturer
– Exact model and hardware revision if known
– Quantity per container
– Rated power per miner
– Expected operating power or overclock profile
– Voltage and frequency requirement
– Plug and connector type
– Miner dimensions and weight
– Airflow direction for air-cooled units
– Required water flow and pressure-drop data for hydro miners
– Network-port requirement
– Firmware or curtailment strategy
– Spare-miner allowance
– Expected future miner models
The supplier needs both quantity and kW.
Total ASIC operating load
= miner quantity x expected operating power per miner
Then add container fans, pumps, CDU power, controls, lighting, networking, heaters, and electrical losses to determine total connected load.
A container sized for 300 miners at 3.2 kW each is not equivalent to a container sized for 300 miners at 5.5 kW each. The rack count may look identical while the electrical and thermal duty changes by hundreds of kilowatts.
If the final miner model is not selected, provide a range and ask the supplier to state the design basis. For example:
Target quantity: 280-320 miners
Design power range: 3.5-5.5 kW per miner
Preferred rack compatibility: Antminer and Whatsminer
That is more useful than pretending the decision is already final.
3. Define the Electrical Interface
Electrical assumptions create some of the largest differences between container quotations.
Your mining container RFQ should state:
– Utility, generator, or renewable source
– Available service voltage
– Frequency: 50 Hz or 60 Hz
– Three-phase system configuration
– Available power at the container or project boundary
– Transformer included by buyer or requested from supplier
– Medium-voltage equipment included or excluded
– Point of electrical connection
– Available short-circuit information if known
– Grounding and bonding requirements
– Main disconnect and emergency-stop expectations
– PDU type: basic, metered, switched, or remotely controlled
– Branch-circuit monitoring requirement
– Required receptacle or miner-cable type
– Cable-entry direction and connection standard
– Local electrical code
– Required labels and documentation language
– Inspection, field evaluation, UL, CSA, CE, or other conformity expectations
Do not write only “North American standard.”
North America still contains different utility services, adopted code editions, local amendments, authorities having jurisdiction, field-evaluation practices, and insurance requirements.
State who supplies the transformer, secondary cables, terminations, grounding electrode system, protective relays, and site electrician. Otherwise, the quotation can stop at the container terminals while the buyer assumes it includes a complete energized system.
Pro Tip:
Attach a preliminary single-line diagram even if it is not final. Mark uncertain values as `TBC`. A simple electrical boundary drawing prevents more misunderstanding than three pages of general wording.
4. Describe the Cooling Architecture and Design Conditions
“Air cooling” and “liquid cooling” are categories, not complete specifications.
For an Air-Cooled Mining Container
Provide:
– Maximum summer dry-bulb temperature
– Typical summer temperature and humidity
– Minimum winter temperature
– Site altitude
– Miner heat load
– Required temperature rise across the container if defined
– Dust type and nearby roads or industrial activity
– Filtration requirement
– Water-curtain or evaporative-cooling preference
– Water availability and water quality
– Snow, rain, sand, salt, insects, or wildfire-smoke exposure
– Maximum allowable noise at the property line or equipment boundary
– Fan redundancy and control preference
– Filter access and maintenance interval target
OBM’s mining-container buying guide separates air intake, circulation, filtration, power distribution, rack style, remote management, security, and deployment because those decisions are connected. A restrictive filter changes airflow. A VFD changes fan control. A different rack changes pressure drop and power density.
The RFQ should treat them as one system.
For a Hydro or Direct Liquid-Cooling Container
Provide:
– Miner model and total heat load
– Required miner inlet and outlet temperatures
– Flow requirement per miner or rack
– Allowable pressure drop
– Water or glycol concentration
– Water-quality requirement
– CDU included or buyer-supplied
– Primary and secondary loop boundaries
– Dry cooler, cooling tower, or chiller preference
– Maximum design ambient temperature
– Redundancy target for pumps, heat exchangers, and controls
– Expansion-tank, filtration, air-separation, and water-treatment scope
– Freeze-protection strategy
– BMS, DCIM, Modbus, or API integration
For an Immersion-Cooling Container
Provide:
– Miner board and power-supply compatibility
– Tank quantity and miner quantity per tank
– Dielectric-fluid type and supplier
– Fluid volume and fill responsibility
– Target fluid temperatures
– Pumping and filtration requirements
– Heat-exchanger and heat-rejection scope
– Lifting and draining method
– Cleaning and maintenance procedure
– Fire, spill-containment, and environmental requirements
If the buyer does not know the final cooling architecture, say so. Ask the supplier to quote two defined alternatives using the same electrical load and site conditions.
Do not compare an air-cooled container-only price with a liquid-cooled quote that includes the CDU and dry cooler.
Pro Tip:
Require a one-page cooling design basis with every quotation. It should state total heat load, design ambient, altitude, fluid or airflow condition, redundancy, and the exact cooling equipment included. Without that page, the cooling price cannot be audited.
5. Provide the Site and Climate Data
Mining containers are mobile. Their engineering is still site-specific.
Send:
– Site address or nearest city
– Latitude and elevation if the site is remote
– Maximum and minimum design temperatures
– Relative humidity or wet-bulb data where evaporative cooling is considered
– Snow load
– Wind load
– Seismic requirement
– Flood risk and drainage condition
– Dust, corrosion, salt, chemical, or agricultural exposure
– Prevailing wind direction
– Available maintenance access
– Ground condition and foundation concept
– Container spacing and row orientation
– Distance to the nearest residence or property boundary
– Noise restriction
– Water availability and quality
– Fire-water or fire-response requirements
Climate data affects filters, fans, louvers, heaters, glycol concentration, drainage, structural design, coatings, and acoustic strategy.
The city name alone may not be enough for a high-altitude mine, coastal site, desert oil field, or remote northern project.
Pro Tip:
Send one site photograph looking in each direction from the proposed container position. Photos reveal roads, dust sources, slopes, overhead lines, drainage problems, nearby buildings, and crane-access constraints that a short RFQ sentence usually misses.
6. Specify Container Size, Mobility, and Rack Requirements
State whether the project needs:
– 20FT, 40FT, 40HC, or a custom frame
– ISO shipping-container dimensions or only a container-style enclosure
– Road-legal transport configuration
– Repeated relocation capability
– Stacking or superposition
– CSC plate or shipping certification requirement
– Forklift pockets, lifting lugs, crane points, or trailer mounting
– Maximum shipping weight
– Maximum operating weight
– Miner loading method
– Rack style and miner compatibility
– Hot-aisle and cold-aisle arrangement
– Electrical-room separation
– Number and location of personnel doors
– Emergency egress and crash-bar requirements
– Internal maintenance clearance
– External fan, filter, CDU, and cable-access clearance
The term “40FT mining container” can describe a modified freight container, a custom welded mobile data center, or an oversized equipment enclosure designed around road transport. Those products do not carry the same logistics assumptions.
Rack compatibility must also be stated. OBM notes that rack style affects miner fit and power density. A rack optimized around one Antminer form factor may physically accept a smaller Whatsminer while leaving unused space or creating cable and airflow compromises.
Design for the miners you will actually own.
7. Define Controls, Networking, and Remote Operation
A container can include power and network cables without including a complete operations platform.
Your RFQ should identify:
– Network switches included or buyer-supplied
– Port quantity and speed
– Copper or fiber uplink
– Internal network-cable scope
– Router, firewall, modem, or Starlink scope
– Primary and backup WAN connection
– Smart PDU monitoring
– Branch-level power data
– Temperature, humidity, pressure, flow, leak, smoke, and door sensors
– Fan or pump status feedback
– Local HMI
– Remote alarms
– Miner-management platform integration
– BMS or SCADA integration
– Modbus TCP, Ethernet/IP, BACnet, SNMP, or API requirement
– Remote restart and curtailment functions
– Camera and access-control requirements
– Cybersecurity or network-segmentation rules
Remote management matters most at remote energy sites where every technician visit costs time and fuel.
Do not assume that the hardware supplier includes miner-management software, cloud subscriptions, cellular data, or a network engineer.
Ask each supplier to mark these items as included, optional, or buyer-supplied.
8. State the Certification and Documentation Scope
Certification language is where vague RFQs become expensive late changes.
Provide:
– Destination country and final installation jurisdiction
– Applicable electrical and building codes
– Required complete-equipment certification
– Acceptable component certifications
– Factory inspection or third-party inspection requirement
– Field evaluation requirement
– Authority having jurisdiction if known
– Fire-alarm and suppression expectations
– Emergency-stop and interlock philosophy
– Arc-flash labeling or study scope
– Nameplate and warning-label language
– Required drawing format
– Required calculation and report list
– Operation and maintenance manual language
– As-built documentation requirement
Request a clear certification matrix:
| Equipment Compliance & Certification Requirements | ||
| Item | Required Status | Evidence Required |
| Complete container | Certified, field evaluated, or project-specific | Certificate or evaluation report |
| Main control panel | Listed or built to defined standard | Panel label and documentation |
| Breakers, cables, fans, pumps | Approved components | Datasheets and markings |
| Structural container | Shipping or project structural requirement | Plate, drawing, or calculation |
| Final installation | Local inspection | Site acceptance records |
Do not accept a component certificate as proof that the complete mining container is certified.
Do not ask for “UL/CSA” without identifying whether the project needs listed equipment, an industrial-control-panel standard, a field evaluation, or local inspector acceptance.
Pro Tip:
Ask the supplier to attach sample certificates, labels, FAT records, and manuals from a similar delivered project. Evidence is more useful than a quotation line that says only certification included.
9. Draw the Supply Boundary
The most important page in a mining container quote may be the included-excluded-optional matrix.
Ask every supplier to classify the following:
| Project Scope Responsibility Matrix | ||||
| Scope Item | Included | Optional | Buyer-Supplied | Excluded |
| Container structure | ||||
| Miner racks | ||||
| Main LV switchboard | ||||
| PDUs and branch protection | ||||
| Miner power cables | ||||
| Transformer | ||||
| Medium-voltage switchgear | ||||
| Secondary feeder cables | ||||
| Intake filters or water curtain | ||||
| Exhaust fans and VFDs | ||||
| CDU | ||||
| Dry cooler or cooling tower | ||||
| Pumps, manifolds, and piping | ||||
| Water treatment or glycol | ||||
| Network switches and cabling | ||||
| Monitoring and remote control | ||||
| Fire detection or suppression | ||||
| Spare parts | ||||
| FAT | ||||
| Freight and insurance | ||||
| Customs and duties | ||||
| Crane and unloading | ||||
| Foundation and civil works | ||||
| Site electrical installation | ||||
| Startup and commissioning | ||||
| Operator training | ||||
The missing items are not free.
They are waiting in the site budget.
Pro Tip:
Ask suppliers to price important excluded items as separate options instead of leaving them blank. Optional transformer, freight, commissioning, spare parts, certification, and heat-rejection pricing makes the full project exposure visible without forcing every item into the base bid.
10. Include Delivery, Logistics, and Installation Information
The factory price is not the landed and commissioned cost.
Send:
– Delivery destination or nearest port
– Final site address if available
– Requested Incoterm under Incoterms 2020
– Buyer or supplier responsibility for freight booking
– Marine or inland insurance requirement
– Importer of record
– Customs and duty responsibility
– Road-size and weight restrictions
– Oversize or special-transport restrictions
– Winter-road or remote-access limits
– Crane capacity and offloading method
– Available laydown area
– Required foundation or trailer arrangement
– Site electrician and mechanical-contractor responsibility
– Installation supervision requirement
– Startup and commissioning scope
– Travel, visa, accommodation, and local-transport responsibility
EZ Blockchain’s product information separates delivery, site preparation, offloading, connection, installation, warranty, and optional systems. That is useful procurement logic: deployment is a chain of responsibilities, not one line labeled `shipping`.
If the site is remote, include the last-mile route and seasonal access window. A standard port-to-port freight estimate does not explain a mountain road, oil-field access road, ice road, or crane mobilization.
11. State the Commercial Requirements
A complete RFQ should ask for:
– Quote currency
– Incoterm and named place
– Quote-validity period
– Payment schedule
– Engineering-deposit requirement
– Production lead time
– Lead-time starting point
– Drawing-approval schedule
– Buyer review time assumptions
– FAT date and notice period
– Shipment window
– Warranty duration and start date
– Warranty exclusions
– Remote-support terms
– On-site service rate
– Recommended spare-parts package
– Consumables and replacement-filter prices
– Software or cloud subscription fees
– Training included or optional
– Change-order method
– Cancellation terms
– Performance guarantee and acceptance criteria
Define when lead time starts.
It may start after deposit, approved drawings, confirmed miner data, certification decision, or receipt of buyer-supplied components. Two suppliers can both state twelve weeks while using different starting points.
Pro Tip:
Ask for two lead times: `engineering approval lead time` and `manufacturing-to-ready-for-shipment lead time`. This makes buyer-caused drawing delays visible without hiding the supplier’s production commitment.
12. Attach the Documents That Already Exist
An RFQ becomes stronger when the buyer attaches source documents instead of rewriting them into an email.
Useful attachments include:
– Miner datasheets
– Preliminary miner schedule
– Site plan
– Electrical single-line diagram
– Utility-service letter
– Transformer datasheet
– Climatic design data
– Site photographs
– Geotechnical or foundation information
– Water-quality report
– Local noise criteria
– Local code or inspector comments
– Preferred container layout
– Network architecture
– BMS or monitoring point list
– Certification requirement from the owner or insurer
– Required document register
– Target project schedule
Use a revision number and date on every attachment.
If two files disagree, tell the supplier which one controls.
What Can Remain Open in an Early RFQ?
An early mining container RFQ does not require every bolt to be selected.
The following can often remain open during a budgetary stage if the design basis is clear:
– Final paint color
– Noncritical component brand
– Exact camera model
– Final network-switch brand
– Final miner quantity within a stated range
– Optional spare-parts quantity
– Final delivery week within a stated quarter
– Exact route after the destination and shipping basis are defined
– Final local label wording
Some items should not remain vague:
– Total design kW
– Miner power range
– Cooling architecture
– Maximum design temperature
– Service voltage and frequency
– Destination jurisdiction
– Certification expectation
– Container quantity
– Delivery boundary
– Main schedule target
Direction is enough for an early quote.
Undefined risk is not.
Why Vague RFQs Produce Vague Quotes
When key data is missing, a responsible supplier has four choices:
1. Ask more questions.
2. Add allowances and contingency.
3. Exclude uncertain scope.
4. Refuse to issue a firm price.
That is risk management, not necessarily poor service.
Buyers sometimes prefer the supplier who responds fastest with the lowest number. The fast number may simply contain the most assumptions.
Read the assumptions before reading the price.
A quotation with a higher total but a complete electrical system, cooling package, documentation set, FAT, freight boundary, and commissioning scope may be cheaper than a container-only quotation that leaves those items to the site team.
How to Compare Mining Container Quotes Fairly
Create one bid-comparison sheet and normalize every quotation.
Compare:
| Vendor Proposal Evaluation: Buyer Check Matrix | |
| Comparison Category | Buyer Check |
| Supported miner load | Same miner model, quantity, and operating kW? |
| Electrical capacity | Same voltage, continuous rating, breakers, PDUs, and cables? |
| Cooling duty | Same ambient condition, filters, water curtain, CDU, and heat rejection? |
| Certification | Same complete-equipment and inspection scope? |
| Controls | Same sensors, monitoring, remote control, and networking? |
| Structural and logistics | Same container type, weight, lifting, and transport basis? |
| Documentation | Same drawings, calculations, manuals, FAT, and as-builts? |
| Delivery | Same Incoterm, destination, freight, insurance, and unloading boundary? |
| Commissioning | Same startup, site testing, training, and travel scope? |
| Warranty | Same duration, start date, exclusions, and response method? |
| Lead time | Same starting point and approval assumptions? |
| Options | Required items included or separated as optional? |
Then calculate:
Landed and commissioned project cost
= supplier equipment price
+ excluded equipment
+ freight and insurance
+ customs and duties
+ civil and electrical site work
+ installation and commissioning
+ spare parts and consumables
+ schedule-risk allowance
That is the number that belongs in the ROI model.
Pro Tip:
Normalize all bids to the same currency, exchange-rate date, Incoterm, destination, tax basis, and commissioning boundary before ranking suppliers. A price comparison that mixes EXW, FOB, and delivered-site quotations is not a comparison.
Copy-and-Paste Mining Container RFQ Template
Use the following structure in your next request:
Subject: [Budgetary / Technical-Commercial] Mining Container RFQ – [Project Country] – [Total MW]
1. Buyer and Project
– Company:
– Contact person:
– Project country/state:
– Application: grid / renewable / stranded gas / other
– Current project stage:
– Target operating date:
– Buyer decision date:
– Current power available:
– Future expansion:
– Main project priority:
2. Mining Load
– Miner manufacturer and model:
– Miner quantity per container:
– Number of containers:
– Rated power per miner:
– Expected operating or overclock power:
– Voltage/frequency:
– Plug type:
– Future miner compatibility required:
3. Electrical Interface
– Power source:
– Available service voltage and frequency:
– Transformer: buyer / supplier / quote option
– Medium-voltage scope:
– Point of connection:
– PDU monitoring requirement:
– Emergency stop requirement:
– Local electrical code:
– Certification or field-evaluation requirement:
4. Cooling
– Cooling type: air / hydro / immersion / request alternatives
– Total design heat load:
– Maximum summer temperature:
– Minimum winter temperature:
– Site altitude:
– Humidity or wet-bulb condition:
– Dust/corrosion conditions:
– Filtration requirement:
– Water availability and quality:
– CDU scope:
– Dry cooler/cooling tower scope:
– Redundancy target:
– Noise limit:
5. Container and Layout
– Preferred size: 20FT / 40FT / 40HC / custom
– ISO transport requirement:
– Stacking requirement:
– Rack preference:
– Electrical-room separation:
– Required personnel doors and emergency exits:
– Maintenance-clearance requirement:
6. Controls and Network
– Network switches/cabling:
– Primary and backup WAN:
– Smart PDU:
– Sensors and alarms:
– Remote management:
– BMS/DCIM/Modbus/API requirement:
– Camera/access control:
7. Site and Deployment
– Site address or nearest city:
– Foundation status:
– Crane/offloading method:
– Road or weight restrictions:
– Site electrician/mechanical contractor:
– Installation supervision required:
– Commissioning required:
8. Commercial and Delivery
– Delivery destination:
– Requested Incoterm and named place:
– Quote currency:
– Required quote validity:
– Required shipment date:
– Warranty requirement:
– FAT requirement:
– Training requirement:
– Spare-parts requirement:
9. Requested Supplier Response
– Technical specification
– General arrangement drawing
– Included/excluded/optional matrix
– Electrical single-line or power architecture
– Cooling design basis
– Certification plan
– Documentation list
– FAT scope
– Lead time and milestone schedule
– Warranty terms
– Price and commercial terms
– Assumptions, deviations, and open items
“`
This template does not replace a final technical agreement. It creates a disciplined starting point.
FAQ
What information is required for a mining container quote?
At minimum, provide the miner model, quantity, operating power, total available power, service voltage and frequency, cooling preference, maximum ambient temperature, destination country, certification expectation, container quantity, delivery location, and target schedule.
Can I request a quote before selecting the exact ASIC miner?
Yes. Provide a credible miner quantity and power range, preferred manufacturers, cooling category, and future compatibility requirement. Ask the supplier to state the assumed miner model and kW basis in the quotation.
Why do mining container prices vary so much between suppliers?
The quotations may include different electrical capacity, cooling equipment, filters, cables, controls, certifications, documentation, freight, commissioning, and warranty. Compare scope and operating assumptions before comparing the final price.
Should the transformer be included in the mining container RFQ?
Yes, even when the buyer will purchase it separately. State the transformer voltage, capacity, vector group or grounding arrangement if known, location, secondary connection, cable responsibility, and whether the supplier should quote it as an option.
What is the difference between a budgetary quote and a firm quote?
A budgetary quote supports feasibility planning and includes assumptions or ranges. A firm technical-commercial quote requires a more stable design basis, defined scope, commercial terms, and fewer open technical items.
What should I ask the supplier to provide with the quotation?
Request a technical specification, layout, power and cooling design basis, included-excluded-optional matrix, certification plan, documentation list, FAT scope, milestone schedule, warranty, commercial terms, assumptions, and deviations.
Final Verdict: Send the Project, Not Just the Product Name
A useful mining container quote starts before the supplier enters a price.
It starts with the miner load, electrical boundary, cooling duty, site climate, compliance target, delivery scope, and project schedule.
You do not need a perfect specification to begin.
You need an honest design basis.
Fixed elements: Clearly state all non-negotiable requirements and parameters. Flexible elements: Clearly state all aspects that can be adjusted or customized. Supplier obligations: Clearly state everything the supplier must include or provide.
Then require every assumption, exclusion, and option to be visible in the quotation.
That is how a mining container RFQ becomes a procurement tool instead of a long email followed by ten more emails.
ACTBOXES can review air-cooled, hydro-cooled, immersion, CDU, dry-cooler, electrical, control, and international-delivery requirements as one project scope. Send the miner schedule, available power, country, climate, cooling preference, certification target, and delivery location first. The quotation will become faster, clearer, and much easier to defend inside your investment model.
