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| 맥스. 전원 (KVA): | 110kVA |
| 전압 범위: | 420-850V |
| 정격 전류(A): | 240A |
| Max. 최대. PV Voltage PV 전압: | 1,000V |
| 맥스. PV 전원: | 120/180/240 kW |
| 강조하다: | 100kW hybrid inverter for industrial microgrids,240V high-leg delta inverter with triple MPPT,split-phase output inverter with warranty |
This advanced 100kW hybrid inverter delivers reliable three-phase and split-phase power for large-scale industrial and commercial applications. Featuring a unique 240V high-leg delta configuration with split-phase output, it provides unparalleled flexibility for facilities requiring both three-phase motor drives and 120/240V single-phase loads. With up to four MPPT trackers supporting 240kW PV input and 420-850V battery compatibility, this system represents the cutting edge of industrial power conversion technology.
Enhanced Power Capacity: 100kW continuous (110kVA peak) output for heavy industrial equipment
Expanded Solar Input: Up to four independent MPPT channels for complex solar arrays
Higher Voltage Battery Support: 420-850V range for modern high-voltage storage systems
Advanced Grid Interaction: <20ms transition time between grid-tie and island modes
| Category | Specification | Technical Notes |
|---|---|---|
| AC Output | 240V High-Leg Delta + Split Phase | Provides true three-phase 240V (L1-L2-L3) while deriving 120V (L2-N) |
| Continuous Power | 100kW (110kVA peak) | 110% continuous overload capacity |
| PV Input | 120/180/240kW | Quad MPPT with 99.9% tracking efficiency |
| Battery Voltage | 420-850VDC | Supports all major lithium chemistries |
| Dimensions | 1200×800×2050mm | Forklift pockets for easy installation |
The inverter's patented phase-shifting technology generates clean three-phase 240V power while simultaneously providing 120V single-phase output. This unique capability:
Eliminates the need for external transformers
Maintains perfect phase balance (±1%)
Provides <3% THDi for sensitive equipment
Features <20ms transition time between operation modes
*Technical Insight: Utilizes DSP-controlled IGBT modules with 16kHz switching frequency for precise voltage regulation and rapid response to load changes.*
Our advanced MPPT system ensures maximum energy harvest:
Up to four independent tracking channels
250-850V operating range
1,000V maximum input voltage
Cold start capability down to 150V
99.9% peak tracking efficiency
Performance Data: Achieves 98.5% conversion efficiency at nominal load with <0.5s MPPT response time to changing irradiance conditions.
The advanced battery interface supports:
Multiple lithium chemistries (NMC, LFP)
Configurable charge profiles
Temperature-compensated charging
120/180/240kW charging power
State-of-health monitoring
*Safety Feature: Includes integrated DC arc fault detection, ground fault protection, and rapid shutdown capability compliant with NEC 2017/2020.*
Automotive assembly plants
Steel production facilities
Heavy machinery operations
Industrial process lines
*Case Study: A Midwest manufacturing plant reduced energy costs by 42% after installing this system to power their 24/7 production line while maintaining power quality for sensitive CNC equipment.*
Large retail complexes
Hospital campuses
University facilities
Data centers
Technical Advantage: Parallel operation allows seamless capacity expansion as energy needs grow, with <5ms synchronization between units.
Microgrid primary power sources
Peak shaving applications
Renewable integration systems
Remote community power
Feature Highlight: Supports advanced grid services including frequency regulation and voltage support with <100ms response time.
Three-level ANPC topology
98% peak efficiency
<20ms transfer time
100% unbalanced load capability
200% short-term overload capacity
Dual-core DSP processor with FPGA co-processing
Real-time load monitoring and forecasting
Predictive maintenance alerts
Remote firmware updates
Cybersecurity protection
Comprehensive overvoltage/undervoltage protection
Overfrequency/underfrequency protection
Reverse polarity protection
Short circuit protection
Ground fault monitoring
Arc fault detection
400A minimum circuit breaker
2/0 AWG copper conductors minimum
Proper grounding system (<0.1Ω to earth)
Surge protection devices (40kA minimum)
800mm clearance for ventilation
Ambient temperature monitoring
Dust filters in high-particulate areas
Elevated mounting in flood zones
Corrosion protection for coastal installations
This industrial-grade inverter meets or exceeds:
UL 1741 SB (Safety)
IEEE 1547-2018 (Grid Interconnection)
FCC Part 15 Subpart B (EMC)
CEI 0-21 (Italian Grid Code)
NEC 2020 Rapid Shutdown
IEC 62109-1/-2
Note: Certification markings are visible on product label. Always verify current certifications with manufacturer before installation.
Q: What's the efficiency curve across different load levels?
A: Maintains >96% efficiency from 30-100% load thanks to advanced multi-level conversion topology.
Q: How does it handle large motor starting currents?
A: 200% overload capability for 10 seconds handles most industrial motor starts.
Q: What battery management systems are supported?
A: Native support for Tesla, BYD, LG Chem, CATL, Pylontech through CAN/RS485.
Q: Can it work with flow batteries?
A: Yes, with configurable charge profiles for vanadium redox and other flow chemistries.
Q: What's the recommended maintenance schedule?
A: Semi-annual inspection including thermal imaging, firmware updates, and air filter cleaning.
Q: How many units can operate in parallel?
A: Supports up to 16 units in parallel for 1.6MW systems with centralized control.
Industrial Reliability: Military-grade components rated for 100,000+ hours MTBF
Future-Proof Design: Software-upgradable for new features and protocols
Energy Optimization: Advanced forecasting algorithms maximize self-consumption
Reduced Downtime: Hot-swappable components and predictive maintenance
Smart Monitoring: Cloud-connected with real-time analytics and alerts
Global Compliance: Meets international standards for worldwide deployment
