A New Paradigm of Photovoltaic-Storage Integration: High-Efficiency Energy Solution Makes a Significant Debut

???? Core Highlights: Smart Energy Utilization Redefined

???? Core Technical Advantages: Deep Collaboration of Three Modules

1. Efficient Photovoltaic Energy Conversion
   • Equipped with a 10kW photovoltaic DCDC converter, supporting wide voltage input (330-700V DC). The MPPT (Maximum Power Point Tracking) efficiency reaches 98%, enabling real-time tracking of the maximum solar power point to ensure optimal photovoltaic energy utilization.
   • Dual protection of surge prevention and MPPT function adapts to different lighting conditions, ensuring stable DC power output.
2. Flexible Energy Storage System Adaptation
   • The energy storage DCDC converter supports access to 150-220V energy storage batteries, efficiently docking with a 750V bus to achieve bidirectional control of energy storage battery charging and discharging. With a rated power of 10kW, the conversion efficiency reaches 98%.
   • Compatible with lithium batteries (e.g., LFP26148129-50Ah model), featuring a 50Ah capacity and 9.6kWh rated energy, operating in a wide temperature range of -20℃ to 45℃ to meet diverse environmental requirements.
3. Intelligent Grid Interaction Control
   • The PCS grid-connected module has a rated power of 30kW, supporting three-phase four-wire (3W+N) output at AC400V. The power factor is adjustable between -0.9 and 0.9, with harmonic content ≤3%, ensuring strong grid compatibility.
   • Equipped with a 7-inch touchscreen and RS485 communication interface, supporting "three-remote functions" (remote measurement, control, and adjustment) for real-time system status monitoring and flexible remote dispatching.

???? Quick View of System Core Parameters

Scenario Applications: A Versatile Tool for Multi-Field Energy Optimization

• Industrial & Commercial Parks: Shaves peaks and fills valleys to reduce electricity costs, enabling self-consumption of solar power and surplus power feeding into the grid.
• Charging Stations/Piles: Smooths charging load, reduces grid impact, and enhances power supply stability.
• Remote Area Power Supply: Achieves independent power supply via solar energy and energy storage in off-grid scenarios, solving power shortages.
• Emergency Power Supply: Functions as a backup power source to ensure continuous operation of critical loads during grid failures.

????? Safety and Reliability Design

• Multiple Protection Mechanisms: Comprehensive protection against overvoltage, undervoltage, overcurrent, and overheating, with automatic recovery after fault clearance.
• High Protection Level: Battery compartment with IP55 protection, suitable for complex outdoor environments.
• Longevity Assurance: 5-year warranty for lithium batteries; cell voltage difference ≤30mV; charge retention capacity of 92% (at 25℃ for 28 days).

???? Technological Innovations

• Highly Integrated Design: Integrates photovoltaic controllers, energy storage converters, and battery management systems, saving installation space and reducing wiring complexity.
• Flexible Adaptation: Wide voltage regulation for energy storage ports, compatible with different energy storage batteries and supporting future capacity expansion.
• Intelligent Management: The EMS (Energy Management System) dynamically optimizes energy distribution to achieve the optimal strategy of "self-consumption, surplus energy storage, and grid interaction".

???? Embracing the Era of High-Efficiency Energy

???? Interactive Topic