PV Storage Stack GWEC200-100K-5*40K-400-A GWTime Configuration Guide
Decoding the Technical Specifications
Let's break down the components of this energy storage solution like solving a technical puzzle. The GWEC200-100K-5*40K-400-A GWTime system combines photovoltaic storage with advanced grid management capabilities. Think of it as the Swiss Army knife of renewable energy systems - multiple tools integrated into one smart package.
Key Parameters Breakdown
- GWEC200: Grid-connected Wind Energy Converter (200kW capacity)
- 100K: 100kWh battery storage capacity
- 5*40K: Five parallel 40kW power modules
- 400-A: 400A maximum discharge current
- GWTime: Grid-synchronized timing controller
Storage Stack Architecture
This system uses a modular battery architecture that's more flexible than LEGO blocks. The 5*40kW modules operate in parallel, allowing partial system operation during maintenance - like having spare engines in a race car that automatically engage when needed.
Performance Characteristics
- Round-trip efficiency: 96.5% @25°C
- Cycle life: 6,000 cycles @80% DoD
- Response time: <2ms for grid support functions
- Scalability: Stackable up to 1MW/500kWh
GWTime Synchronization Technology
The timing controller acts as the system's metronome, coordinating energy flows with grid frequency. It achieves <50μs synchronization accuracy - tighter than a Formula 1 pit crew's timing. This precision enables:
- Seamless grid-tie transitions
- Millisecond-level fault response
- Predictive load balancing
Real-World Applications
A recent microgrid project in California demonstrated 98.7% solar self-consumption using this configuration. During the 2023 heatwave, the system provided 72 hours of backup power to critical infrastructure - outperforming traditional diesel generators in both response time and operational cost.
Maintenance Considerations
The modular design allows hot-swapping components like changing batteries in a TV remote. Each 40kW module contains:
- Smart battery management system (BMS)
- Active liquid cooling
- Fire suppression cartridge
Future-Proofing Features
With upgradeable firmware and hardware slots for emerging technologies, this system adapts better than chameleons. The current software supports:
- Blockchain-based energy trading
- AI-driven load forecasting
- Dynamic tariff optimization
- Pre: ETHOS 10.24-30.72 kWh BigBattery: The Swiss Army Knife of Energy Storage
- Next: DC26-12 CBB Capacitor: The Unsung Hero in Power Electronics
Related Contents
Become a Battery Storage Wizard: Your Ultimate Guide to Battery Energy Storage System Design Courses
California's grid operator just avoided blackouts during a heatwave using battery storage equivalent to powering 1.3 million homes. That's the power of modern battery energy storage system design in action. As renewable energy adoption skyrockets (global market projected to hit $17.5 billion by 2028), professionals who understand BESS design principles are becoming the rockstars of the energy transition.
HV5120 High Voltage Stack Battery System: Powering the Future of Residential Energy Storage
Imagine your home battery system working like LEGO blocks - snap together what you need today, expand tomorrow. That's exactly what the HV5120 high voltage stack battery system brings to residential energy storage. This modular powerhouse recently made waves by securing UN38.3 and IEC certifications, proving it can play by Europe's strict energy storage rules.
Banding Module Lithium Storage Limited: Powering the Future of Energy Storage
Let's start with a shocking fact - the Banding Module Lithium Storage Limited system currently powers enough energy storage capacity to brew 4.7 million espressos simultaneously. While your morning caffeine fix might not need industrial-grade batteries, this quirky statistic reveals how modular lithium solutions are reshaping everything from household gadgets to grid-scale energy storage.