Infrastructure Requirements & Cost Considerations

Short answer Yes — by integrating an external plate heat exchanger (PHE), the system can export high-quality return water heat at 45°C to 60°C for building heating, greenhouse agriculture or other industrial applications. Heat export via external PHE Return water at 45°C – 60°C Building and district heating Greenhouse and industrial uses How waste heat becomes a product The loop whose return water carries recoverable heat. A plate heat exchanger bridges the loops. Heat crosses into a separate circuit without mixing fluids. 45–60°C is usable heat. Warm enough for building heating, greenhouses and industrial processes. The heat stops being a cost. Energy that would be rejected to air offsets heating demand elsewhere. Continuous compute load means continuous recoverable heat. The same site can serve a heat offtaker. Related questions Are CoolSpace solutions suitable for off-grid or stranded energy deployments? Daily water usage per 100kW load? What is the thermal dissipation capacity of the SR40 V3 Hydro Cooling Container? Evaluating a heat-reuse offtaker for your site? Talk to a CoolSpace engineer

Short answer It depends on the model: a 12-miner micro skid can be grid-connected within half a day, while a 308-miner standard container reaches full-load commissioning in 2 to 3 days with a skilled team. 12-miner micro skid: half a day 308-miner container: 2–3 days Skilled team, standard workflow Measured to full-load commissioning Time from arrival to full commissioning SystemTime to full commissioning 12-miner micro skidGrid-connected within half a day 308-miner standard containerFull-load commissioning in 2–3 days Why the numbers are this short Units arrive factory-validated, so site time is spent connecting, not assembling. Factory pre-integration. Assembly, wiring and thermal testing all happened before shipment. A compact, repeatable workflow. Fill, vent, flush, balance, then electrical debugging and load testing. Two technicians is typical. The workflow is designed for a small crew. Full-load testing is the finish line, not just power-on. Validation happens here, before arrival. Related questions Standard commissioning workflow and labor needs? Ground and foundation requirements for installation? What site preparation is required to deploy the SR40 V3? Planning your energization date? Talk to a CoolSpace engineer

Short answer A level, hardened concrete foundation or load-bearing steel frame is essential. Beyond that, the site needs to satisfy requirements for flatness, load-bearing capacity, reliable power supply, proper drainage, and space for equipment hoisting. Hardened concrete or steel frame Flatness within spec Reliable power supply Space for hoisting equipment Site requirements checklist RequirementWhy it matters Level, hardened foundation or steel frameCarries the container's static and dynamic loads without settling. FlatnessKeeps the frame loaded evenly and manifolds aligned. Load-bearing capacityA filled container plus dry cooler is a concentrated load on a small footprint. Reliable power supplyFeeds the integrated PDU and the load it distributes. Proper drainageHandles loop service water and site runoff. Hoisting spaceCranes and delivery vehicles need room to place the module. What a compliant site looks like Units set on prepared ground — the foundation is doing its job invisibly. Delivery is standard freight. ISO 40HQ modules arrive by sea, road or rail and need crane access on site. The spec repeats cleanly. Every additional block reuses the same foundation pattern as the site scales. Good ground shortens the schedule. A compliant pad keeps the 2–3 day commissioning window realistic. Prepared sites repeat across the deployment. The same foundation logic at larger scale. Related questions What site preparation is required to deploy the SR40 V3? Days required from arrival to full commissioning? What are the typical lead times for large-scale infrastructure orders? Getting a site reviewed before civil work? Talk to a CoolSpace engineer