The right question is not just capacity
The ANTSPACE HW5 is a 40-foot hydro-cooling container commonly specified around 1.2 MW. It is built to house a hydro fleet, but the container alone does not tell you the deployment hashrate or its economics. Those are determined by the installed ASIC model, site power cost, uptime and cooling conditions.
A practical compatibility check
Before purchasing, make a one-page deployment sheet. List each miner model, its rated draw, the number of units, input voltage, coolant requirement and expected heat load. Then ask the supplier to confirm those values against the proposed container revision. Mixing assumptions from a data sheet, a reseller listing and a different miner generation is a common way to create an expensive mismatch.
Why a 1.2 MW system can be the sensible middle ground
A container in this class can suit an operator who has outgrown a room-based setup but does not want a 2 MW project on day one. It still requires industrial electrical work, engineered heat rejection and a service plan. It is not a residential or plug-in product.
Where to buy
Request a project quote from a specialist supplier. Give them your site country, target energization date, utility voltage and intended miner fleet. Ask for the complete delivered scope in writing, including tower, controls, commissioning and exclusions.
Decision rule
Choose the HW5 only after the site and ASIC fleet have been selected together. A container can improve deployment speed; it cannot make inadequate electrical service or an undersized cooling loop disappear.
Sources and buying route
Container infrastructure is configured per site. Confirm electrical service, water quality, freight, commissioning, warranty coverage and final compatibility before placing an order. Request a project quote from MinerHaolan.
