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| Categories | B&R |
|---|---|
| Brand Name: | B&R |
| Model Number: | 80VD100PD.C000-01 |
| Certification: | CE |
| Place of Origin: | Austira |
| MOQ: | 1 pcs |
| Price: | USD 1000-2000 piece |
| Payment Terms: | D/A, D/P, T/T, Western Union |
| Supply Ability: | 100 PCS/ 12 weeks |
| Delivery Time: | 3-7 working days |
| Packaging Details: | Carton packaging |
| Product Name: | Inverter Module |
| Series: | ACOPOSmicro |
| Place Of Original: | Original |
| Shipping Terms: | DHL / According your demands |
| Function: | Stardand |
| Color: | Orange |
The electrification revolution demands power conversion technology that transcends traditional boundaries between motion control and energy infrastructure. The B&R ACOPOSmicro 80VD100PD.C000-01 represents a quantum leap in power electronics – integrating gallium-nitride (GaN) and silicon-carbide (SiC) technologies within a compact modular footprint to deliver unprecedented 99.2% efficiency while enabling bidirectional energy flow. This grid-interactive inverter module redefines industrial power architecture by merging ultra-fast switching capabilities with cyber-secure energy management, serving as the cornerstone for self-sustaining smart factories and renewable microgrids.
SiC MOSFET Main Stage: 1200V/100A rating with <15ns switching for 50% lower losses vs. IGBT
GaN Auxiliary Circuits: 650V drivers enabling 5MHz PWM frequencies
Dynamic DC-Link Management: Autonomous bus voltage regulation (±0.25%)
Bidirectional Energy Flow: Seamless transition between motoring/generation modes
| Operating Mode | Topology | Industrial Application |
|---|---|---|
| 2-Level Voltage Source | Standard VSI | Conventional motor control |
| 3-Level NPC | Neutral Point Clamped | High-voltage traction drives |
| Matrix Converter | Direct AC/AC conversion | Oil & gas compressor control |
| AFE Rectifier | Active Front End | Regenerative crane systems |
| Grid Forming | Virtual synchronous machine | Microgrid islanding operations |
Table: Power Conversion Performance Benchmarks
| Parameter Category | 80VD100PD.C000-01 Specification | Industrial Impact |
|---|---|---|
| Power Architecture | Hybrid SiC/GaN with liquid-cooled baseplate | 50% smaller heatsinks vs. Si-based inverters |
| Voltage Range | 380–480 VAC 3-phase (±15% voltage tolerance) | Universal grid compatibility |
| Continuous Power | 22 kVA @ 40°C (18 kVA @ 55°C) | Drives 15kW induction motors at full torque |
| Peak Power | 44 kVA (200% overload for 3 sec) | Handles crusher startup surges |
| Switching Frequency | 4–100 kHz (software-configurable) | Optimized for EMI/performance tradeoffs |
| Efficiency | 99.2% peak (98.7% @ 10% load) | Saves 37,000 kWh/year in 24/7 operation |
| Control Interfaces | PROFINET IRT, EtherCAT, POWERLINK | Synchronized <250µs cycle times |
| Protection | STO SIL 3, SC I²t, ground fault monitoring | Eliminates external protection circuits |
| Regeneration Capacity | 110% continuous regeneration rating | Full four-quadrant operation |
| Environmental | -25°C to +70°C (IP20/IP65 versions) | Deployable in foundries/outdoor enclosures |
Real-time FFT analysis up to 150th harmonic
<2% THDi at full load without external filters
Selective harmonic compensation for neighboring equipment
Grid-Following/Forming Modes: Seamless transition between modes in <20ms
Frequency-Watt Control: Adjusts output based on grid stability
Volt-VAR Optimization: Maintains power factor 0.99 lagging/leading
Black Start Capability: Restores local power without external sources
Predictive Demand Shaving: Anticipates peak loads using machine learning
Dynamic Tariff Optimization: Shifts loads based on real-time electricity pricing
Carbon-Aware Operation: Prioritizes renewable sources via OPC UA energy data
A. Security Architecture
Hardware-encrypted firmware (AES-256)
Secure boot with TPM 2.0 module
Network intrusion detection at packet level
B. Edge Intelligence
Onboard power quality analytics (EN 50160 compliance monitoring)
Predictive maintenance for capacitors/switching elements
Automated energy certification reporting
C. Digital Twin Integration
Real-time thermal modeling of power semiconductors
Lifetime prediction for DC-link capacitors
Virtual commissioning of multi-inverter systems
Smart Manufacturing
Regenerative Production Lines: Recaptures 65% of braking energy from robotic arms
Harmonic-Neutral Plants: Eliminates capacitor bank maintenance in automotive welding
Renewable Energy Integration
Wind Turbine Pitch Control: Regenerates during blade feathering
Solar Microgrid Stability: Provides 50ms inertial response during cloud transients
Mobility Infrastructure
High-Power EV Charging: 150kW boost mode with dynamic load balancing
Port Crane Electrification: Regenerates container potential energy to grid
Critical Infrastructure
Data Center UPS Bypass: <2ms transition time during grid failure
Hospital Generator Synchronization: Maintains 0.1Hz frequency stability
Table: Certification & Compliance
| Standard | Requirement | Module Performance |
|---|---|---|
| IEC 61800-5-1 | Functional safety for drives | SIL 3/PL e certified |
| IEEE 1547-2018 | Grid interconnection | 100% compliance in UL 1741 SB testing |
| EN 50598-2 | Ecodesign for drives | IE5 efficiency class |
| DNV GL-RP-0516 | Marine power quality | Exceeds harmonic limits at 10% load |
| MIL-STD-704F | Aircraft electrical power | Handles 180% voltage surges |
| Capability | 80VD100PD.C000-01 | Conventional VFD | Advantage Factor |
|---|---|---|---|
| Switching Losses | 0.8% of rated power | 2.5% | 3.1x lower |
| Control Bandwidth | 5 kHz current loop | 1.2 kHz | 4.2x faster |
| Regeneration Yield | 99% energy recovery efficiency | 85% (with braking resistor) | 14% increase |
| Cooling Demand | 35 W/kVA thermal dissipation | 90 W/kVA | 60% reduction |
| Harmonic Distortion | <2% THDi at full load | 5–8% (without filters) | 4x cleaner power |
Energy-Optimized Topology
Automation Studio Power Suite
Multi-Inverter Load Balancing: Dynamic power sharing across modules
Energy Cost Simulator: Forecasts operational expenses under tariff structures
Carbon Footprint Tracker: CO₂/kWh reporting per production batch
Grid Code Compliance Wizard: Automated settings for regional regulations
| Phase | Value Driver | Quantifiable Benefit |
|---|---|---|
| Installation | Single-cable power/communication (HybridLink™) | 40% reduction in wiring costs |
| Operation | Adaptive efficiency optimization | 23% average energy cost reduction |
| Maintenance | Predictive semiconductor health monitoring | 65% fewer unexpected failures |
| Upgrades | Software-configurable topology changes | Eliminates hardware replacement |
| Sustainability | Carbon-negative operation with renewables | Meets ISO 50001/14001 targets |
The ACOPOSmicro 80VD100PD.C000-01 redefines power conversion by merging ultra-efficient wide-bandgap technology with grid-forming intelligence. This transcends conventional VFD functionality – creating an energy-proactive node that actively participates in facility power management while delivering SIL 3-certified motor control. For engineers designing sustainable factories, resilient microgrids, or electrified infrastructure, this module delivers unprecedented convergence between motion and energy domains.
Unlike traditional inverters limited to unidirectional power flow, this cyber-physical power core continuously optimizes energy harvesting, grid interaction, and carbon impact while maintaining nanosecond-precision motor control. Its hybrid SiC/GaN architecture eliminates historical tradeoffs between switching speed and thermal management – enabling power densities previously achievable only in aerospace applications.
In the global pursuit of industrial decarbonization, the C000-01 provides more than efficiency: it establishes energy sovereignty where factories become resilient power ecosystems rather than passive consumers. For forward-looking organizations, this represents the cornerstone of Industry 5.0 – where every kilowatt is intelligently orchestrated, every harmonic actively mitigated, and every motion contributes to a sustainable energy future.
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