Product Overview #
The Magnesium Chart Green Power Energy Storage System is engineered to work optimally with wind turbine and solar PV systems. Featuring low-voltage high-current fast-charging battery packs, it efficiently captures and stores energy without unloading losses.
Key Features #
Efficient Peak Current Absorption #
The battery system is specifically designed to:
- Handle peak current output from wind turbines
- Absorb energy without unloading losses
- Maximize wind energy utilization
- Support rapid charge/discharge cycles
Flexible Capacity Configuration #
Choose the storage capacity that matches your needs:
- Minimum: 5 kWh
- Maximum: 36 kWh
- Scalable: Add modules as requirements grow
Intelligent BMS Management #
Built-in Battery Management System provides:
- Real-time monitoring
- Overcharge protection
- Over-discharge protection
- Temperature management
- Cell balancing
- Lifetime optimization
System Integration #
The energy storage system integrates seamlessly with:
Wind Turbine Integration #
- Absorbs variable output from vertical-axis turbines
- Smooths power fluctuations
- Stores excess energy for later use
- Provides stable power during low-wind periods
Solar PV Integration #
- Stores daytime solar generation
- Enables evening/nighttime usage
- Maximizes self-consumption
- Reduces grid dependence
Inverter System Coordination #
- Works with intelligent inverter for smart switching
- Supports grid-tie and off-grid configurations
- Enables peak shaving and valley filling
- Provides backup power capability
Technical Specifications #
| Parameter | Specification |
|---|---|
| Battery Type | Low-voltage, High-current |
| Capacity Range | 5-36 kWh (configurable) |
| Charge Rate | Fast-charging capable |
| Cycle Life | Long-lasting performance |
| Management | Intelligent BMS |
| Application | Wind + Solar systems |
Benefits #
For Wind Energy #
- Captures peak output without losses
- Smooths intermittent generation
- Maximizes energy harvest
- Protects turbine components
For Solar Energy #
- Stores daytime generation
- Extends evening usage
- Optimizes self-consumption
- Reduces grid imports
Economic Benefits #
- Peak shaving reduces demand charges
- Valley filling optimizes off-peak usage
- Grid feed-in when permitted
- Reduced electricity costs
Environmental Benefits #
- Maximizes renewable energy usage
- Reduces fossil fuel dependence
- Lower carbon footprint
- Sustainable energy storage
Applications #
| Scenario | Recommended Capacity |
|---|---|
| Residential | 5-15 kWh |
| Farm | 10-25 kWh |
| Small Business | 15-36 kWh |
Safety Features #
- Multi-layer protection circuits
- Temperature monitoring and control
- Short circuit protection
- Overcurrent protection
- Isolation monitoring
- Emergency disconnect capability
3D Product Showcase #
Interactive 3D model coming soon - SW Composer export integration
Contact us to design the perfect energy storage solution for your renewable energy system.