Introducing the Future of Smart Decentralized Blockchain Infrastructure
Highly profitable, global crypto-mining-infrastructure - Hosted
in mobile, modular CSC containers - Decentralized placement directly at
energy source.
Scalability is no issue for us.
Our mining-units are indefinitely scalable due to efficient,
available, low-cost hardware. The decentral concept allows unprecedented
usage of small- to mid-sized power hubs.
We are the only global mining operation - not tied to problems such as energy price spikes, hardware shortages, governmental issues or stationary fixed locations. We fight centralization. We have access to the world’s lowest priced energy-sources. We make access to the smallest free transformer/inverter stations on the planet.
We are the only global mining operation - not tied to problems such as energy price spikes, hardware shortages, governmental issues or stationary fixed locations. We fight centralization. We have access to the world’s lowest priced energy-sources. We make access to the smallest free transformer/inverter stations on the planet.
The Blockchain Boom has just Begun
The exponential growth of blockchain-based applications has led to a similar explosion in the demand of mining infrastructure. Traditional mining competitors have to deal with numerous problems. Few of them apply to our mobile, decentral and scalable strategy!
Fixing Blockchain & Energy Industry Problems
We create a win-win scenario for power plants: We pay
power-plants (and other energy hubs) for letting us use their otherwise
unused local overcapacities. Win-win for the blockchain: We provide
stability by decentralizing mining activities again, letting the
community fully participate in mining and making mining-operations
immune to local regulations, governmental restrictions, energy price
spikes and bringing peace of mind to the global blockchain infrastructure.
The above model shows the assumed return using an annual projected token
profit based on a 25% reinvestment strategy and current mining
difficulty & market conditions. It includes 9% overhead cost for
management, R&D and other company cost and takes into account 17% of
tokens that are not distributed (see white paper for distribution).
Actual results can be higher or lower. The model is a sample
calculation. The model should not be regarded as information for an
investment in tokens or as an offer of or a solicitation to buy tokens.
Token profits will be cashed out on a weekly basis.
Mobile Mining Unit
Check-out our first operating Mobile Mining Unit in action.
..
Creating the World’s Most Efficient Mobile Mining Units.
Our plug-and-play satellite-ready units, an outdoor position
on the vessel, and connection to standard board electricity will allow
for on-journey mining. Field testing is currently under way.
Our mobile mining units are born in one of the largest Chinese container factories. Taking a short but secret journey to three different factories with increasing supervision and rigorous inspections, all units are equipped with optimized hardware and cooling systems and ready to enter the international port of Shenzhen, finding their way to a destination anywhere in the world.
Our mobile mining units are born in one of the largest Chinese container factories. Taking a short but secret journey to three different factories with increasing supervision and rigorous inspections, all units are equipped with optimized hardware and cooling systems and ready to enter the international port of Shenzhen, finding their way to a destination anywhere in the world.
Our Concept: The Mobile Mining Unit
Ultimate mobility: Deployment directly at the energy sources anywhere in the worldUnique cooling system: Unprecedented efficiency
Ready to rumble: Full automation guarantees instant mining once connected to power source
Key Advantages: Flexible, Scalable, Modular, Decentralized, Maintainable.
Mechanical Properties
| 20ft Sea Container | Standardized, internationally accepted standard housing, certified and proven design, seaworthy. |
|---|---|
| Puristic design | Due to its standardized dimensions, our units are designed to be transported by virtually any transporting vehicle (road truck, vessel, train) capable of accepting 20 or 40 ft containers (TEU/FEU). |
| Stackability | Being based on stackable standard containers, our units can be stacked on top of each other, to form a powerful, functional array: A stack of 2x3x3 units can be deployed in less than an hour, requires a mere 100 sqm of floor space and provides energy conversion of about 1 Megawatt. A stack can share infrastructural features such as the satellite / 4G uplinks. |
| Built to last | Built from best established COR-TEN-steel, harsh climate conditions and corrosion are not a problem anymore, since the type of steel has originally been developed to be used without any paint. Also known as “weathering steel”, the material rapidly develops a patina of iron oxide, which protects the steel from further corrosion. |
| Readily rearrangeable | Using a standard forklift truck, our units can be rearranged any time, for example when used as an auxiliary heater in a warehouse or greenhouse, the units can be moved between in and outside as required by the season. For heating purposes of warehouses or industrial halls, the units can be moved from one place to another depending on the required local air temperatures. Additionally, the units can be moved between transformer stations inside industrial buildings to ensure best use of spare capacities and to avoid the need for large, long, inefficient cables. |
| Remote Management | Automatic satellite antenna positioning allows for convenient and automated adjustments. The positioning of the satellite antenna is realized on the basis of receiver signal strength indication, ensuring a functionally optimized and autonomous positioning anywhere in the world. For transportation purposes, or in case of severe weather conditions (storms), the antenna can be automatically retracted, laid flat on top of the container or be fully removed manually. All of these features are remotely manageable. |
| System | Racks inside the container contain the
computer systems which are either graphical processing unit (GPU) based
or based on the high performance cubic / cylindrical shape of the
“antminer”. In the GPU-based computers, the GPUs are the energy-intensive parts, have a “hot(H)” and a “cold(C)” side and are thus placed as separate as possible from each other. In general, the GPUs are arranged along the long horizontal axis of a shelf (width of the shelf). The order of the GPUs is relevant and is ...HC-CH-HC-CH-HC.... alternating order (each GPU rotated by 180 degrees compared to its neighbor), forming CH-HC-pairs, whereas the distance between two hot sides facing each other is increased as much as possible compared to the distance where two cold sides are facing each other. Additionally, each HC-CH pair of GPUs is alternatingly being moved away from the neighbouring pairs of GPUs on the second horizontal axis perpendicular to the axis of the primary direction of the GPU arrangement on the rack shelves (long axis of the shelf). These results are based on a working prototype, where optimization experiments and calculations using thermography and air flow simulations have resulted in the invention of this array. |
Technical Data
| Input power prerequisites: | 3-7x standard CEE 400V alternating current 32 ampères | ||||||
| Input power: | 40–138KW | ||||||
| Cooling/aux power: | 800–1000W | ||||||
| Cooling efficiency: | 12,000 cbm / h | ||||||
| Cooling system: | 2x 400VAC motors with 450 mm dia. fans at 250W | ||||||
| Power usage efficiency: | = 1,02 – 1,01 PUE | ||||||
| Output: | 40 – 125 KW thermal energy | ||||||
| Return on Invest: | 161% per year | ||||||
| Configurations: | Mobile Mining Unit available in three main configurations (low, medium, high density) | ||||||
| Experience it live: | View Mining Dashboard |
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