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Pinecone
Bitcoin
Dogecoin
Aleo
Kaspa
ALPH
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ETC
CKB
Dash
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Delivered Turnkey Bitcoin Mining Infrastructure & Facilities
End-to-end engineering, advanced cooling infrastructure, and turnkey power deployment for utility-scale mining operations worldwide.
DELIVERED CASE STUDIES
Project Portfolio
Browse our portfolio of delivered infrastructure projects across advanced cooling, power systems, containerized mining, and turnkey deployment solutions.
Bavaria, Germany
Power Capacity
500kW
Status
Completed
500kW Antminer Water Cooler Garage Cluster in Bavaria
Completed
Project capacity
500kW
Project Description
eplacing loud fan rigs with our antminer water cooler helped a hobbyist in Bavaria, Germany, solve an urgent neighborhood noise problem. Running air-cooled machines inside a residential garage triggered constant noise complaints. To comply with strict German residential zoning, the owner lined up 10 units of our 50kW system, holding up to 90 Antminers.
Setup went fast because each cabinet arrived with pre-configured wiring and internal plumbing manifolds. Instead of wrestling with messy cables or hot air blowing across the floor, the owner easily rolled the wheeled enclosures into position along the garage wall, hooking them into an external water loop with basic tools.
With liquid cooling replacing screaming air fans, the garage dropped from a deafening roar down to a quiet hum. Standing out on the driveway with the garage door closed, you cannot hear the hardware running at all, letting the owner operate day and night without disturbing anyone next door.
Oslo, Norway
Power Capacity
50kW
Status
Completed
9-Slot Antminer Water Cooler Oslo Home Heating Project
Completed
Project capacity
50kW
Project Description
Hooking up our antminer water cooler gave a homeowner in Oslo, Norway, an easy way to heat his house with Bitcoin miners. Keeping a domestic workshop and ground floor warm through cold Norwegian winters normally means steep power bills. The owner chose the 50kW heating version, setting up a 9-slot hashing station on his property.
The cabinet ties into the home's water lines through an internal plate heat exchanger. Two flexible braided hoses link the outdoor fan unit to the indoor cabinet, holding 9 Antminer hydro machines. Instead of exhausting heat outdoors, the closed loop routes hot water straight into the home's ground-floor radiators.
The 50kW hydronic loop keeps the living quarters evenly warm without the parched air caused by electric space blowers. When spring arrives, a simple manual valve diverts fluid back to the outdoor dry cooler, keeping all 9 Antminers hashing year-round without disturbing the house's domestic radiator circuit.
Helsinki, Finland
Power Capacity
245kW
Status
Completed
35kW Antminer Water Cooler Garage Heating in Helsinki
Completed
Project capacity
245kW
Project Description
Installing our antminer water cooler gave a DIY miner in Helsinki a simple way to warm his workshop while mining Bitcoin. Running electric space heaters through Finnish winters was driving power bills sky-high. The owner deployed 7 units of our 35kW heating model to heat the garage while hosting up to 42 Antminers.
The owner selected the heating version equipped with an internal plate heat exchanger. Instead of blowing dusty hot air like old air-cooled rigs, each cabinet ties directly into existing in-floor hydronic piping. Hot fluid transfers heat straight into the floor loops, spreading radiant warmth across the concrete slab without messy cables or ductwork.
The system completely replaced the building’s costly electric space heaters, providing all the heating needed to work comfortably in the garage all winter long. By recycling 245kW of miner heat into the floor, the setup cut seasonal utility expenses dramatically while keeping the workshop clean, organized, and remarkably quiet.
Berlin, Germany
Power Capacity
35kW
Status
Completed
6-Slot Antminer Home Water Cooler in a Berlin Apartment
Completed
Project capacity
35kW
Project Description
Installing our antminer home water cooler allowed a tech hobbyist in Berlin to run miners inside an apartment without noise complaints. Running 35kW of hardware in a residential building normally turns a room into an oven. The owner placed our 6-slot cabinet in his home office, pairing it with a small outdoor radiator.
The system splits the hardware between two compact pieces: the indoor cabinet houses 6 Antminer hydro machines on slide-in shelves, while flexible braided hoses run to the fan unit outside. Because heat travels directly outdoors through water lines, the room stays at normal room temperature while miners draw full power.
Acoustic levels inside the home office remain remarkably quiet, running softer than an ordinary desk fan. Closed-loop liquid circulation keeps the air still and dust-free, letting the owner work comfortably just feet away from 35kW of active hash power with zero noise complaints from apartment neighbors.
Seoul, South Korea
Power Capacity
390kW
Status
Completed
15-Unit Antminer Water Cooler Testing Lab in Seoul
Completed
Project capacity
390kW
Project Description
Deploying our antminer water cooler gave a tech lab in Seoul, South Korea, an independent testing setup for new mining firmware. Building a hardware lab inside an office facility meant running permanent water lines was out of the question. The team set up 15 units of our 26kW standalone cooler across their test benches.
Because each 4-slot box contains its own radiator, pump, and stainless manifold, every test station runs independently. If technicians pull a machine to flash firmware, only that single cooler pauses. Front digital screens show voltage and fluid status directly, keeping electrical and thermal checks simple across all 15 stations.
The lab runs continuous burn-in testing across up to 60 Antminer hydro slots with zero water spills on the epoxy floor. Having standalone coolers lets the engineering crew swap test units, flash custom firmware profiles, and benchmark hash rates freely, completely bypassing the risks and building permits of permanent facility plumbing.
London, United Kingdom
Power Capacity
26kW
Status
Completed
4-Slot Antminer Water Cooler Home Deployment in London
Completed
Project capacity
26kW
Project Description
Setting up our 4-slot antminer water cooler gave a London home miner an easy way to run hydro ASICs without remodeling his apartment. Living in an urban flat, the owner needed a compact 26kW system that wouldn't crowd his balcony. The vertical unit fits up to 4 Antminer hydro machines on a single pallet footprint.
The hardware avoids messy indoor setups by building the cooling fan directly into the bottom base. Coolant lines run vertically inside the frame, keeping all hoses tucked away. With pumps and digital controls pre-assembled, plugging in the four miners took just an afternoon without cutting into walls or running pipes.
Operating inside a spare room, the unit keeps acoustic noise low enough to blend into regular apartment background sound. The sealed loop circulates without odors or leaks, allowing the owner to run a steady 26kW hashing station at home with only a quick monthly check of the top screen.
Almaty, Kazakhstan
Power Capacity
800kW
Status
Operational
Central Tower Powers Four 36-Slot Hydro Cabinets in Almaty
Operational
Project capacity
800kW
Project Description
Connecting our 36-slot antminer hydro cabinet into a shared cooling loop solved an indoor space bottleneck for an Almaty warehouse in Kazakhstan. With roughly 800kW of power available, the operator wanted to keep the floor open. Installing 4 units of the 196kW system allowed them to house 144 Bitmain Antminer hydro machines.
The setup links all four cabinets to one central cooling tower through a middle pump skid. Stainless headers run along the floor, using flexible lines to feed each rack. Centralized pressure controls on the skid allowed the crew to balance fluid loops across all 144 Antminer slots in three days.
Running 144 Antminers off a single cooling tower freed up substantial warehouse floor space for future expansion. The central CDU keeps fluid pressure identical across all four racks, giving technicians easy operational control from the main screen while keeping maintenance down to a simple weekly check of the water strainer.
Abu Dhabi, UAE
Power Capacity
196kW
Status
Completed
1-to-1 Dry Cooler Setup: 36-Slot Antminer Hydro Cooling Cabinet in Abu Dhabi
Completed
Project capacity
196kW
Project Description
Deploying our antminer hydro cooling cabinet with a dedicated dry cooler gave an Abu Dhabi facility a simple way to run miners without municipal water lines. In desert regions where water supplies are restricted or costly, this standalone 196kW system was placed directly on the paved yard. The 36-slot cabinet holds up to 36 Antminer hydro machines in one compact footprint.
The installation uses a clean 1-to-1 layout: one V-shaped dry cooler, one central pump skid, and one cabinet linked by flexible braided hoses. With pumps, expansion vessels, and valves pre-assembled on the skid, the crew completed the closed loop in two days without digging trenches or welding rigid pipe.
Operating completely waterless, the closed circuit circulates coolant through the dry cooler without evaporation, eliminating daily water refills. Keeping the entire 196kW setup self-contained on the pavement makes servicing easy—technicians inspect pump pressure on the skid panel, letting the 36 Antminers hash continuously without complicated external plumbing.
Southeast Asia
Power Capacity
1.4MW
Status
Operational
1-to-9 Setup: 28-Slot Antminer Hydro Cabinet in Southeast Asia
Operational
Project capacity
1.4MW
Project Description
Running our antminer hydro cabinet across a 1-to-9 setup solved a common hydraulic hurdle for a 1.4MW warehouse in Southeast Asia. In tropical heat, pumping fluid across nine racks often causes pressure loss at the far end. The operator deployed 9 units of our 154kW system to support 252 Antminer hydro machines.
To eliminate flow decay, the site uses a customized high-flow CDU feeding central stainless manifolds along the floor. Each 28-slot rack draws equal fluid volume through pre-balanced valves. A standalone power cabinet keeps high-voltage breakers completely isolated from water lines for safer, cleaner electrical management.
Having a standalone power cabinet completely changed daily operations for the site crew. Technicians handle routine pump checks and valve adjustments in a dry, low-risk area without opening live breaker enclosures. All nine racks continue running at balanced pressure, requiring only a single part-time technician to oversee the entire 252-miner floor.
Oslo, Norway
Power Capacity
50kW
Status
Completed
9-Slot Antminer Water Cooler Oslo Home Heating Project
Completed
Project capacity
50kW
Project Description
Hooking up our antminer water cooler gave a homeowner in Oslo, Norway, an easy way to heat his house with Bitcoin miners. Keeping a domestic workshop and ground floor warm through cold Norwegian winters normally means steep power bills. The owner chose the 50kW heating version, setting up a 9-slot hashing station on his property.
The cabinet ties into the home's water lines through an internal plate heat exchanger. Two flexible braided hoses link the outdoor fan unit to the indoor cabinet, holding 9 Antminer hydro machines. Instead of exhausting heat outdoors, the closed loop routes hot water straight into the home's ground-floor radiators.
The 50kW hydronic loop keeps the living quarters evenly warm without the parched air caused by electric space blowers. When spring arrives, a simple manual valve diverts fluid back to the outdoor dry cooler, keeping all 9 Antminers hashing year-round without disturbing the house's domestic radiator circuit.
Berlin, Germany
Power Capacity
35kW
Status
Completed
6-Slot Antminer Home Water Cooler in a Berlin Apartment
Completed
Project capacity
35kW
Project Description
Installing our antminer home water cooler allowed a tech hobbyist in Berlin to run miners inside an apartment without noise complaints. Running 35kW of hardware in a residential building normally turns a room into an oven. The owner placed our 6-slot cabinet in his home office, pairing it with a small outdoor radiator.
The system splits the hardware between two compact pieces: the indoor cabinet houses 6 Antminer hydro machines on slide-in shelves, while flexible braided hoses run to the fan unit outside. Because heat travels directly outdoors through water lines, the room stays at normal room temperature while miners draw full power.
Acoustic levels inside the home office remain remarkably quiet, running softer than an ordinary desk fan. Closed-loop liquid circulation keeps the air still and dust-free, letting the owner work comfortably just feet away from 35kW of active hash power with zero noise complaints from apartment neighbors.
London, United Kingdom
Power Capacity
26kW
Status
Completed
4-Slot Antminer Water Cooler Home Deployment in London
Completed
Project capacity
26kW
Project Description
Setting up our 4-slot antminer water cooler gave a London home miner an easy way to run hydro ASICs without remodeling his apartment. Living in an urban flat, the owner needed a compact 26kW system that wouldn't crowd his balcony. The vertical unit fits up to 4 Antminer hydro machines on a single pallet footprint.
The hardware avoids messy indoor setups by building the cooling fan directly into the bottom base. Coolant lines run vertically inside the frame, keeping all hoses tucked away. With pumps and digital controls pre-assembled, plugging in the four miners took just an afternoon without cutting into walls or running pipes.
Operating inside a spare room, the unit keeps acoustic noise low enough to blend into regular apartment background sound. The sealed loop circulates without odors or leaks, allowing the owner to run a steady 26kW hashing station at home with only a quick monthly check of the top screen.
Texas, United States
Power Capacity
16.8MW
Status
Operational
240-Slot Hydro Bitcoin Mining Farm Across Rural Texas
Operational
Project capacity
16.8MW
Project Description
Running 12 liquid-cooled units in parallel under 105°F (40°C+) Texas summer heat carried a severe engineering risk: fluid flow decay causing localized chip burnout. To establish this 16.8MW hydro bitcoin mining farm, the operator deployed 12 units of our 1.4MW 240-Slot Antminer Hydro Cooling Container 20FT HQ, providing capacity for up to 2,880 hydro ASIC miners across a multi-row grid.
Arranged in parallel rows on concrete strip pads, each 20-foot enclosure connects directly to an adjacent dry cooler. Internally, oversized large-diameter hydronic manifolds eliminate pressure drops across the server bays. This balanced CDU circuitry maintains uniform coolant velocity, ensuring identical delta-T across active hashboards without requiring manual re-balancing as miner density scales.
Throughout prolonged Central Texas heatwaves peaking above 40°C, the facility handled continuous high thermal loads with zero pump cavitation or thermal throttling. The self-regulating closed loops kept supply temperatures stable regardless of bay occupancy, proving that modular 20FT hydro containers can reliably stabilize multi-megawatt hash rates under extreme ambient heat.
Ohio, United States
Power Capacity
5.6MW
Status
Operational
240-Slot 20ft Hydro Mining Container Project in Ohio
Operational
Project capacity
5.6MW
Project Description
Wedged on a narrow gravel strip beside grain silos in Ohio, this 5.6MW facility faced severe boundary constraints. Standard 40-foot enclosures exceeded plot limits. We delivered 4 units of our 1.4MW 240-Slot Antminer Hydro Cooling Container 20FT HQ, using the ultra-compact 20ft hydro mining container frame to unlock substation capacity on restricted rural land.
Placed beside paired dry coolers, each container connects directly to adjacent pad-mounted transformers via short conduit runs. Internally, oversized hydronic manifolds deliver balanced flow across all 240 server slots. This pre-calibrated piping eliminated internal pressure drops, allowing crews to complete physical staging and fluid charging within three weeks.
The 960-miner plant operated at continuous full load throughout humid Midwest summer heatwaves with zero hotspot-related thermal down-clocking. Uniform coolant distribution kept chip junction temperatures stable, fully monetizing stranded utility power on a site parcel previously considered too small for a commercial mining facility.
Ekibastuz, Kazakhstan
Power Capacity
26.4MW
Status
Completed
480-Slot Utility-Scale Hydro Bitcoin Mining Project in Ekibastuz
Completed
Project capacity
26.4MW
Project Description
Energizing a 26.4MW facility within forty-eight hours of equipment arrival was the central milestone of this buildout outside Ekibastuz, Kazakhstan. Facing fast-approaching winter blizzards, the operator deployed 10 units of our 2.64MW 480-Slot Antminer Hydro Cooling Container 40FT HQ, hosting 4,800 ASIC miners directly adjacent to a regional high-voltage grid substation.
Achieving that commissioning speed in freezing weather relied on complete factory pre-assembly. Each 40-foot container arrived with power switchgear, fiber backbones, and balanced CDU manifolds fully tested, eliminating field pipe welding and internal wiring. Once cranes positioned each chassis on concrete footings, the crew only needed to land transformer feeds and charge the closed-loop glycol circuits.
Today, the plant handles continuous heavy thermal loads through severe steppe freezes without chip down-clocking. Sealed heavy-gauge steel enclosures keep snowdrifts away from critical breakers, demonstrating how prewired modular hardware streamlines utility-scale hydro bitcoin mining under unforgiving winter conditions.
Bavaria, Germany
Power Capacity
500kW
Status
Completed
500kW Antminer Water Cooler Garage Cluster in Bavaria
Completed
Project capacity
500kW
Project Description
eplacing loud fan rigs with our antminer water cooler helped a hobbyist in Bavaria, Germany, solve an urgent neighborhood noise problem. Running air-cooled machines inside a residential garage triggered constant noise complaints. To comply with strict German residential zoning, the owner lined up 10 units of our 50kW system, holding up to 90 Antminers.
Setup went fast because each cabinet arrived with pre-configured wiring and internal plumbing manifolds. Instead of wrestling with messy cables or hot air blowing across the floor, the owner easily rolled the wheeled enclosures into position along the garage wall, hooking them into an external water loop with basic tools.
With liquid cooling replacing screaming air fans, the garage dropped from a deafening roar down to a quiet hum. Standing out on the driveway with the garage door closed, you cannot hear the hardware running at all, letting the owner operate day and night without disturbing anyone next door.
Helsinki, Finland
Power Capacity
245kW
Status
Completed
35kW Antminer Water Cooler Garage Heating in Helsinki
Completed
Project capacity
245kW
Project Description
Installing our antminer water cooler gave a DIY miner in Helsinki a simple way to warm his workshop while mining Bitcoin. Running electric space heaters through Finnish winters was driving power bills sky-high. The owner deployed 7 units of our 35kW heating model to heat the garage while hosting up to 42 Antminers.
The owner selected the heating version equipped with an internal plate heat exchanger. Instead of blowing dusty hot air like old air-cooled rigs, each cabinet ties directly into existing in-floor hydronic piping. Hot fluid transfers heat straight into the floor loops, spreading radiant warmth across the concrete slab without messy cables or ductwork.
The system completely replaced the building’s costly electric space heaters, providing all the heating needed to work comfortably in the garage all winter long. By recycling 245kW of miner heat into the floor, the setup cut seasonal utility expenses dramatically while keeping the workshop clean, organized, and remarkably quiet.
Seoul, South Korea
Power Capacity
390kW
Status
Completed
15-Unit Antminer Water Cooler Testing Lab in Seoul
Completed
Project capacity
390kW
Project Description
Deploying our antminer water cooler gave a tech lab in Seoul, South Korea, an independent testing setup for new mining firmware. Building a hardware lab inside an office facility meant running permanent water lines was out of the question. The team set up 15 units of our 26kW standalone cooler across their test benches.
Because each 4-slot box contains its own radiator, pump, and stainless manifold, every test station runs independently. If technicians pull a machine to flash firmware, only that single cooler pauses. Front digital screens show voltage and fluid status directly, keeping electrical and thermal checks simple across all 15 stations.
The lab runs continuous burn-in testing across up to 60 Antminer hydro slots with zero water spills on the epoxy floor. Having standalone coolers lets the engineering crew swap test units, flash custom firmware profiles, and benchmark hash rates freely, completely bypassing the risks and building permits of permanent facility plumbing.
Almaty, Kazakhstan
Power Capacity
800kW
Status
Operational
Central Tower Powers Four 36-Slot Hydro Cabinets in Almaty
Operational
Project capacity
800kW
Project Description
Connecting our 36-slot antminer hydro cabinet into a shared cooling loop solved an indoor space bottleneck for an Almaty warehouse in Kazakhstan. With roughly 800kW of power available, the operator wanted to keep the floor open. Installing 4 units of the 196kW system allowed them to house 144 Bitmain Antminer hydro machines.
The setup links all four cabinets to one central cooling tower through a middle pump skid. Stainless headers run along the floor, using flexible lines to feed each rack. Centralized pressure controls on the skid allowed the crew to balance fluid loops across all 144 Antminer slots in three days.
Running 144 Antminers off a single cooling tower freed up substantial warehouse floor space for future expansion. The central CDU keeps fluid pressure identical across all four racks, giving technicians easy operational control from the main screen while keeping maintenance down to a simple weekly check of the water strainer.
Abu Dhabi, UAE
Power Capacity
196kW
Status
Completed
1-to-1 Dry Cooler Setup: 36-Slot Antminer Hydro Cooling Cabinet in Abu Dhabi
Completed
Project capacity
196kW
Project Description
Deploying our antminer hydro cooling cabinet with a dedicated dry cooler gave an Abu Dhabi facility a simple way to run miners without municipal water lines. In desert regions where water supplies are restricted or costly, this standalone 196kW system was placed directly on the paved yard. The 36-slot cabinet holds up to 36 Antminer hydro machines in one compact footprint.
The installation uses a clean 1-to-1 layout: one V-shaped dry cooler, one central pump skid, and one cabinet linked by flexible braided hoses. With pumps, expansion vessels, and valves pre-assembled on the skid, the crew completed the closed loop in two days without digging trenches or welding rigid pipe.
Operating completely waterless, the closed circuit circulates coolant through the dry cooler without evaporation, eliminating daily water refills. Keeping the entire 196kW setup self-contained on the pavement makes servicing easy—technicians inspect pump pressure on the skid panel, letting the 36 Antminers hash continuously without complicated external plumbing.
Southeast Asia
Power Capacity
1.4MW
Status
Operational
1-to-9 Setup: 28-Slot Antminer Hydro Cabinet in Southeast Asia
Operational
Project capacity
1.4MW
Project Description
Running our antminer hydro cabinet across a 1-to-9 setup solved a common hydraulic hurdle for a 1.4MW warehouse in Southeast Asia. In tropical heat, pumping fluid across nine racks often causes pressure loss at the far end. The operator deployed 9 units of our 154kW system to support 252 Antminer hydro machines.
To eliminate flow decay, the site uses a customized high-flow CDU feeding central stainless manifolds along the floor. Each 28-slot rack draws equal fluid volume through pre-balanced valves. A standalone power cabinet keeps high-voltage breakers completely isolated from water lines for safer, cleaner electrical management.
Having a standalone power cabinet completely changed daily operations for the site crew. Technicians handle routine pump checks and valve adjustments in a dry, low-risk area without opening live breaker enclosures. All nine racks continue running at balanced pressure, requiring only a single part-time technician to oversee the entire 252-miner floor.
Texas, United States
Power Capacity
1MW
Status
Completed
1-to-7 Setup: 28-Slot Modular Liquid Cooling Cabinet in Texas
Completed
Project capacity
1MW
Project Description
Deploying our modular liquid cooling cabinet gave a Texas facility the flexibility to expand hashrate in stages rather than all at once. The operator installed 7 units of the 154kW system to build out a 1MW cluster. Built for Antminer S19, S21, and S23 hydro machines, each 28-slot rack fits neatly on the warehouse floor.
The facility uses a practical 1-to-7 split layout: one customized CDU and a separate power cabinet run all seven racks. Keeping water infrastructure separated from electrical gear allows technicians to inspect valves without touching high-voltage breakers. This modular design let the team plug in new racks as more site power became available.
Even during hot Texas summers when warehouse temperatures topped 38°C (100°F), the central CDU maintained balanced water pressure across all 196 slots. Routine upkeep requires only basic filter checks at the pump skid, keeping the Antminer fleet hashing without needing modifications to the primary water lines.v
Tbilisi, Georgia
Power Capacity
660kW
Status
Completed
1-to-5 Setup: 24-Slot Antminer Hydro Cabinet in Tbilisi
Completed
Project capacity
660kW
Project Description
Few regional mining operators can afford to build out full-scale electrical and cooling capacity on day one. For an expanding hub in Tbilisi, Georgia, the priority was capital flexibility—installing a centralized liquid cooling backbone that could scale alongside their Bitmain Antminer hydro fleet as cash flow grew.
The setup anchors around an oversized dry cooler and a high-flow central CDU station on the warehouse floor. Flexible braided lines connect the manifold branches directly into each unit of our 132kW 24-Slot Modular Hydro Cabinet. Built specifically for Antminer hydro series units, each rack features factory-spaced quick-connect fittings, allowing the crew to simply plug new 24-slot cabinets into the live system without re-engineering the primary plumbing.
Today, the 1-to-5 cluster draws 660kW across 120 Antminer hydro slots. Fluid pressure stays balanced across every shelf, allowing the site crew to service individual water blocks or add more machines without draining the main glycol loop.
Oregon, United States
Power Capacity
800kW
Status
Operational
Matching 800kW Power: 24-Slot Liquid Cooling Cabinet Setup
Operational
Project capacity
800kW
Project Description
Leaving unused electricity on the table was not an option for this Oregon warehouse facility. With an available 800kW power block locked in for Phase 1, the site needed modular hardware that could match that exact capacity without oversizing. Deploying 6 units of our 132kW 24-Slot Modular Liquid Cooling Cabinet solved the math—each rack draws roughly 132kW, bringing total draw to 792kW and maximizing the utility feed with zero stranded power.
As shown on the warehouse floor, the installation connects all six cabinets directly to a centralized pump skid and pressurized expansion vessel through pre-insulated piping. In a multi-tenant industrial park, eliminating loud exhaust fans was critical. The closed hydronic loop keeps the indoor room quiet enough for normal conversation while holding coolant supply steady at 33°C across the Antminer fleet, leaving clear floor access to add another cabinet row for Phase 2.
Hamburg, Germany
Power Capacity
3.2MW
Status
Completed
36-Slot Hydro Cooling Cabinet Solar Farm in Hamburg
Completed
Project capacity
3.2MW
Project Description
A farm owner near Hamburg, Germany, wanted to run Bitcoin miners directly off his ground-mounted solar panels. His biggest headache was dust—tractors and dry crop fields kick up heavy dirt that quickly clogs standard air-cooled machines. Instead of building an expensive warehouse, he installed our 36-Slot 200kW Antminer Hydro Cooling Rack. Standing 2.1 meters tall, each weather-sealed hydro cooling cabinet holds up to 36 Antminer hydro units, completely keeping out dirt and crop dust.
Inside, the setup keeps things straightforward: miners sit on the left rack, while the pump, valves, and switches are neatly organized on the right. Because the farm currently has a 2MW solar limit, the site started with 10 units, with pre-wired connections ready to plug in 6 more as solar capacity grows to 3.2MW next year. Switching to liquid cooling also cut fan noise by 35%, keeping nearby neighbors happy.
Even during harvest season when dust was blowing across the fields, the miners stayed clean and ran at cool, steady temperatures.
Checking the system takes only a few minutes from the front door, letting the owner generate steady solar mining revenue right beside his crops without complex site buildings.
Monterrey, Mexico
Power Capacity
31.68MW
Status
Completed
480-Slot Industrial Hydro Bitcoin Mining Installation in Monterrey
Completed
Project capacity
31.68MW
Project Description
An enterprise operator in Monterrey, Mexico, utilized continuous industrial power to build a 31.68MW mining facility. To maximize land productivity within their manufacturing campus, we delivered 12 units of our 2.64MW 480-Slot Antminer Hydro Cooling Container 40FT HQ. Packing 480 ASICs per chassis, the system enables high-density industrial hydro bitcoin mining within a compact footprint.
Delivering 12 heavy 40FT enclosures into Mexico was handled through specialized cross-border logistics. To accelerate installation, our after-sales engineering team guided local technicians via live video calls, supervising hydraulic manifold alignments and electrical terminations. This direct technical support enabled fast, error-free physical setup and pressure testing on site.
Operating under full 2.64MW thermal loads per container, the facility runs reliably in Monterrey’s dry, dusty industrial environment. The sealed closed loops shield all 5,760 miners from airborne factory particulates, maintaining balanced coolant flow and steady full-load hash output across the entire 31.68MW installation.
Luleå, Sweden
Power Capacity
19.2MW
Status
Operational
420-Slot Bitcoin Mining Hydro Container Project in Sweden
Operational
Project capacity
19.2MW
Project Description
Near Luleå, Sweden, an operator secured 19.2MW of hydroelectric power to expand hashrate capacity. To satisfy land-use and acoustic limits, we delivered 8 units of our 2.4MW 420-Slot Antminer Hydro Cooling Container 40FT HQ, housing 3,360 ASICs. Each bitcoin mining hydro container features stackable 40HQ dry coolers on the roof, avoiding separate ground radiator yards.
Stacking the dry coolers on top cut ocean freight expenses and simplified crane placement. Internally, balanced CDU systems and oversized stainless manifolds deliver equal pressure across all 420 bays. The enclosed water loops keep fan speeds low, ensuring quiet operation compliant with Swedish environmental noise standards.
Operating on 100% renewable hydropower in northern Sweden’s sub-Arctic climate, the site uses thermal bypass valves to prevent coolant over-cooling during sub-zero winters. Supply temperatures stay stable at 35°C, keeping all 3,360 Antminer hydro units hashing at full capacity with minimal on-site servicing.
Atlanta, United States
Power Capacity
28.8MW
Status
Operational
420-Slot Turnkey Bitcoin Mining Container Buildout in Atlanta
Operational
Project capacity
28.8MW
Project Description
An industrial operator in Atlanta, Georgia, secured 28.8MW of grid capacity to host 5,040 Antminer hydro ASICs. To eliminate high on-site electrical labor costs and yard constraints, we delivered 12 units of our 2.4MW 420-Slot Antminer Hydro Cooling Container 40FT HQ. Each turnkey bitcoin mining container incorporates roof-stacked dry coolers, avoiding separate radiator fields and maximizing pad efficiency.
To speed installation, all internal power distribution and large-diameter stainless manifolds arrived pre-wired and factory-tested. Balanced internal CDU circulation maintains equal pressure across all 420 slots under full load. Crane crews mounted the integrated dry cooler decks directly onto container roofs, cutting on-site deployment time by 30% without complex field wiring.
Operating at continuous full load, the facility delivers a measured 32% increase in cooling efficiency compared to standard air-cooled retrofits. Eliminating external radiator piping and utilizing intelligent hydronic balancing reduced thermal throttling across all 5,040 active miners, generating over $1.5M in annual operational savings for the enterprise operator.
Reykjavik, Iceland
Power Capacity
12MW
Status
Operational
420-Slot ASIC Liquid Cooling Container Project in Reykjavik
Operational
Project capacity
12MW
Project Description
A European investment firm contacted us with available power at a geothermal plant near Reykjavik, planning to build a zero-emission mining site. The project required specific technical adjustments due to the cold, high-humidity coastal climate and sulfur gases from the nearby geothermal plant.
For the client, we prepared a 5-container site, installed 2,100 ASIC units, and built the complete engineering infrastructure using our 2.4MW 420-Slot Antminer Hydro Cooling Container 40FT HQ. The setup included anti-corrosive marine paint, sealed closed-loop dry coolers, and factory-integrated fiber networking to protect the ASIC liquid cooling container systems from damp maritime air.
From equipment delivery to final electrical commissioning, the project took 4 months to complete. The facility was energized in 2024 and has been running stably at full capacity. Low-cost geothermal power and zero water costs ensure an estimated payback period of 18–20 months, proving that mid-to-large-scale liquid mining is highly profitable even in remote, harsh environments.
Edmonton, Canada
Power Capacity
28.8MW
Status
Operational
420-Slot Modular Bitcoin Mining Container Facility in Edmonton
Operational
Project capacity
28.8MW
Project Description
An institutional mining group in Edmonton, Alberta, contracted us to build a 28.8MW facility for their Antminer hydro fleet. We supplied 12 units of our 2.4MW 420-Slot Antminer Hydro Cooling Container 40FT HQ, establishing a 5,040-miner campus. Built with reinforced steel and fireproof insulation, each modular bitcoin mining container handles continuous 2,400kW thermal loads.
Crane crews rigged each unit onto concrete footings beside dedicated dry cooler banks. Because the containers included factory-installed Bitmain cabling, Gigabit fiber, and auto-reclosing breakers for utility grid protection, electrical work was limited to landing transformer feeds. Piping and hydrostatic pressure testing across all 12 units finished in seven weeks.
Running under a sustained 28.8MW draw, the redundant water loops maintain inlet temperatures below 35°C across all 5,040 active ASICs. The oversized stainless manifolds eliminate flow friction, holding the plant's operating PUE at 1.03 with zero chip throttling during continuous peak production.
Addis Ababa, Ethiopi
Power Capacity
25.2MW
Status
Operational
25.2MW Turnkey Bitcoin Mining Infrastructure in Addis Ababa, Ethiopi
Operational
Project capacity
25.2MW
Project Description
Securing a direct 25.2MW tap from a renewable substation outside Addis Ababa, an overseas investment group needed rapid infrastructure to utilize Ethiopia’s low-cost hydropower. Because regional supply chains for high-voltage electrical switchgear are limited, we delivered 12 units of our 2.1MW 364-Slot Antminer Hydro Cooling Container 40FT HQ, providing a complete turnkey bitcoin mining infrastructure housing 4,368 miners.
At an elevation exceeding 2,300 meters, thinner air reduces natural heat convection. We compensated by integrating oversized closed-loop dry coolers and mounting overhead green shade netting to block intense equatorial solar radiation. Factory pre-wiring allowed our engineers to bypass local equipment shortages, completing substation busbar connections, transformer landings, and primary water loop testing in ten weeks.
The 25.2MW facility runs at continuous capacity on 100% clean hydroelectric power. Supply coolant remains safely below 36°C even during peak midday sun, maintaining an operating PUE of 1.038 across all 4,368 Antminer hydro ASICs without high-altitude thermal derating.
Dubai, UAE
Power Capacity
21MW
Status
Operational
Scaling 10 x 2.1MW 364-Slot Antminer Hydro Containers in Dubai
Operational
Project capacity
21MW
Project Description
The client secured 21MW of substation capacity near Dubai, but their plot was too narrow for standard containers with separate ground radiator yards. To solve the space constraint, we supplied 10 units of our 2.1MW 364-Slot Antminer Hydro Cooling Container 40FT HQ. Mounting the cooling units directly on the container roofs allowed all 3,640 miner slots to fit onto a single concrete apron.
Because UAE labor regulations restrict outdoor work during extreme midday summer heat, having internal switchgear, cabling, and hydraulic pumps pre-assembled at the factory was critical. On site, field work was strictly limited to craning the units onto footings, landing transformer feeds, and filling the water loops. The entire ten-container plant reached energization in eight weeks.
Since entering operation, the site has run continuously through summer ambient highs of 48°C (118°F). The closed-loop rooftop coolers keep supply water temperatures below 38°C, preventing chip down-clocking across all 3,640 hydro miners while holding the overall site PUE steady at 1.04.
Tashkent, Uzbekistan
Power Capacity
25.5MW
Status
Completed
25.5MW Water-Cooled Bitcoin Mining Facility in Tashkent, Uzbekistan
Completed
Project capacity
25.5MW
Project Description
Located directly beside a high-voltage substation in Tashkent, Uzbekistan, we deployed a 25.5MW water-cooled bitcoin mining facility across 15 units of our 1.7MW 308-Slot Antminer Hydro Cooling Container 40FT HQ. Housing 4,620 active ASICs, the setup incorporates custom overhead shade canopies to shield external cooling banks from intense Central Asian solar radiation.
Distributing fluid across 15 megawatt-scale containers required custom hydraulic manifolds to maintain stable loop pressure without flow decay. Each enclosure utilizes oversized stainless steel internal headers and smart balance valves, ensuring equal coolant delivery across every 308-slot bay. Factory pre-wiring allowed our engineering crews to complete substation tie-ins and site-wide mechanical commissioning in under 10 weeks.
Operating continuously through Tashkent’s dry 42°C (108°F) summers, the plant sustains equalized fluid distribution across all 4,620 miners without flow degradation or thermal throttling. The combined shade-cooler architecture maintains an operating PUE below 1.04, delivering steady full-load hash output across the entire 25.5MW load.
CASE STUDY HIGHLIGHT
110+ MW Hydro Mining Infrastructure Project
Location
Ethiopia
Project Overview
In Ethiopia, Apexto delivered over 110 MW of utility-scale hydro cooling infrastructure, hosting a massive mixed fleet of more than 16,000 Antminer (S19, S21, 3U) and WhatsMiner (2U) hydro miners.
To support diverse hardware, Apexto supplied 49 custom containers (1.2MW to 2.4MW) with tailored slot configurations. Apexto provided full turnkey execution, managing everything from equipment manufacturing and global logistics to on-site installation and final commissioning.
Capacity
110+ MW
Deployment
Containerized
Cooling Method
Hydro Cooling
Status
Completed
Completion Time
2025
GLOBAL FOOTPRINT
Completed Projects Worldwide
Delivering reliable mining infrastructure solutions across strategic markets across the globe.
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