HALO Gen-Miner 110KW-300-Antminer S21
By jdcesp_admin / January 7, 2026 / No Comments
⚡ HALO PRIME MOVER ARCHITECTURE
Modular. Redundant. Battery‑Driven. Engineered for 300 RPM Precision.
Every HALO system — from the HALO‑110 to the HALO‑660 — is powered by Quartz’s proprietary Modular BLDC Prime Mover Architecture, a breakthrough mechanical‑electric drive system designed to keep the Vertical Axial Flux PMG locked at 300 rpm under any load.
This architecture transforms the HALO series into a self‑stabilizing power engine with unmatched reliability, efficiency, and uptime.
🔧 Modular BLDC Torque Engine (1 Active + 3 On‑Cue Redundancy)
Instead of relying on a single oversized motor, each HALO unit uses a ring of high‑efficiency BLDC drive modules, each contributing torque through a precision belt‑drive reduction system.
Each BLDC module includes:
- High‑speed BLDC motor (2,500–3,000 rpm)
- 10:1 mechanical reduction to the PMG shaft
- 22 kW torque capacity per module
- Independent drive controller
- Hot‑swap mounting plate
- PLC‑managed torque command channel
This modular approach allows the HALO system to scale torque on demand, activating only the motors required for the current load.
🧠 PLC‑Orchestrated Torque Sharing
At the heart of the HALO engine is a Siemens S7‑1200 PLC that continuously monitors:
- PMG shaft speed
- Load demand
- Battery SOC
- Motor temperature
- Drive health
The PLC dynamically decides:
- How many BLDC modules should be active
- How torque is distributed
- When to bring additional modules online
- When to isolate a module for efficiency or redundancy
This creates a self‑balancing mechanical ecosystem that maintains perfect 300 rpm stability.
🔋 Battery‑Driven, Efficiency‑Optimized
The BLDC prime mover is powered directly from the HALO’s LFP battery bank.
To protect battery life and maximize runtime:
- Only the minimum number of BLDC modules are activated at any moment
- Sleeping modules are fully isolated (zero idle draw)
- Active modules operate in their high‑efficiency torque band
- SOC‑aware logic prevents unnecessary battery drain
This ensures the prime mover is never a burden on the system — only a controlled, efficient overhead.
🌀 Scalable Power: 60 kW to 660 kW
The same BLDC module is used across the entire HALO family:
- HALO‑110 / 220 / 330:
4‑module primary ring (1 active, 3 on‑cue) - HALO‑440 / 550 / 660:
8‑module dual‑ring configuration for industrial and compute applications
This modularity gives HALO systems:
- N+1 or N+2 redundancy
- Graceful degradation under fault
- Continuous uptime for mining, AI, and mission‑critical loads
- Easy field serviceability
🏆 Why This Matters
Traditional generators rely on a single mechanical drive source.
If it fails — the system fails.
HALO’s modular BLDC architecture delivers:
- Redundancy: multiple motors, independent drives
- Resilience: automatic failover
- Efficiency: torque‑on‑demand
- Precision: locked 300 rpm for clean 50/60 Hz output
- Scalability: same module, any power class
- Serviceability: swap a module in minutes
This is not a generator.
This is a next‑generation power engine.
| 110KW-300-ANTMINER S21 | |
| This is a Quartz Power Solutions HALO-110. This is a 110KW power generation unit. The power generator has a Vertical Axial Flux 110KW power head inside of a HALO PLC, Cabinet, Inverter, Controller, Load dump with a battery bank and optional transfer switch. This power variance was configured with Antminer S21 Cryptocurrency mining rigs/pc hardware. | |
| Power Output-RPM | 110KW-300 |
| – Rated Wattage (Running/Continuous) | 110000W |
| – Peak Wattage (Surge/Startup) | 111000W |
| PMG | |
| – Vertical Axial Flux | |
| – Length*Width*height | 43″/1100mm * 43″/1100mm * 18″/450mm |
| – Weight | 1213lb/550kg |
| Voltage & Frequency | |
| – 120V / 240V / 3-Phase | |
| – 60Hz (or 60/50Hz for international units) | |
| Outlets & Connectivity | |
| – Number and type of AC outlets (e.g., 5-20R, L14-30R) | based on desired region of operation |
| – USB ports, 12V DC, or RV-ready? | based on desired region of operation |
| – Smart monitoring / Bluetooth / Wi-Fi? | Yes |
| – GPS | Yes |
| Noise Level | |
| – dB rating at 25% or 50% load (measured at 23 ft or 7m) | |
| Weight & Dimensions-HALO 110KW | |
| – Dry weight (lbs/kg) | |
| – L × W × H (in/cm) | 48″/122 cm*48″/122 cm * 48″/122 cm |
| Weight & Dimensions-controller | |
| – Dry weight (lbs/kg) | |
| – L × W × H (in/cm) | |
| Weight & Dimensions-inverter | |
| – Dry weight (lbs/kg) | |
| – L × W × H (in/cm) | |
| Weight & Dimensions-battery bank | |
| – Dry weight (lbs/kg) | |
| – L × W × H (in/cm) | |
| Rated Voltage(V): 409.6V, Rated Capacity (Ah): 200 Ah, Rated Energy(Wh): 81920Wh. Cycle Life: 6000 @ 80%DOD. 5 year warranty, design life 15 years. 5Shelf Battery Rack*2 | |
| Start Type | |
| – Recoil / Electric / Remote / Auto-start | |
| Safety & Compliance | |
| – Low-oil shutdown | |
| – Overload protection | |
| – EPA / CARB / CE / ISO certifications | |
| Use Case Tags | |
| – Off-grid / Backup / Construction / RV / Mining / Events | |
| Bonus Features | |
| – Parallel-ready? | |
| – Solar charging input? | |
| – Cold start tech? | |
| – Built-in wheels or handles? | |
| – PLC controller | Beckhoff CX + IPC |
| – FLIR camera | AX8 |
| – 8K camera | Reolink |
| – Starlink Communications | |
| – Open Frame | |
| – Attenuation cabinet | |
| – Steel Container | |
| – Building integration | |
| Antminer s21 | |
| 110 kW @ 300 rpm | 120–140 kW controller | 100–110 kW wind GTI | 4× SUN‑25K + 220–350 kWh LFP *2 | |
| 110KW Generator – Controller – Inverter – Battery bank – Antminer S21 |