Deye 12kW Hybrid Inverter Products and Buying Guide

Deye 12kW Hybrid Inverters offer versatile and reliable solutions for residential, commercial, and industrial energy needs. With advanced features, high efficiency, and scalable designs, they are a popular choice for modern energy systems.

Deye 12kW Hybrid Inverters are known for their flexibility and robust performance across various scenarios. Let’s dive into their common models, features, pricing, and recommendations to find the best match for your energy requirements.

What Are the Common Models of Deye 12kW Hybrid Inverters?

Deye 12kW Hybrid Inverters include both single-phase and three-phase models, catering to diverse applications ranging from residential to industrial setups.

The following are the three main models in the Deye 12kW Hybrid Inverter series:

The models above represent the best options for meeting energy demands across a range of use cases.

What Are the Prices of Deye 12kW Hybrid Inverters?

Deye 12kW Hybrid Inverters are priced to reflect their premium features and performance. Partnering with trusted suppliers ensures access to competitive pricing, genuine products, and reliable after-sales support.

Below is a breakdown of pricing and recommended purchasing platforms:

These suppliers provide reliable options for purchasing, ensuring product authenticity and post-purchase support.

What Are the Features of Each Model?

Each Deye 12kW Hybrid Inverter model offers unique features tailored to different energy requirements.

SUN-12K-SG04LP3-EU (Three Phase Hybrid Inverter)

• Battery Voltage Range: 40-60V
• Max PV Input Power: 18,000W
• Advantages:
  • 100% unbalanced three-phase output for uneven load distribution.
  • Transformer isolation for enhanced safety.
  • Parallel operation support for system scalability.
• Applicable Scenarios:
  • Medium to large residential systems with three-phase power needs.
  • Small commercial applications requiring robust energy backup.

SUN-12K-SG01HP3-EU-AM2 (Three Phase High Voltage Hybrid Inverter)

• Battery Voltage Range: 160-700V
• Max PV Input Power: 24,000W
• Advantages:
  • High-voltage battery support reduces energy loss.
  • Handles unbalanced loads across three phases.
  • Intelligent cooling system for stable performance.
• Applicable Scenarios:
  • Large commercial or industrial systems.
  • Hybrid and off-grid setups combining solar, grid, and battery power.

SUN-12K-SG02LP1-EU-AM3 (Single Phase Hybrid Inverter)

• Battery Voltage Range: 40-60V
• Max PV Input Power: 24,000W
• Advantages:
  • High current capability for fast battery charging and discharging.
  • Parallel operation support for up to 16 inverters.
  • Advanced energy management with programmable time periods.
• Applicable Scenarios:
  • Large residential systems with high energy demands.
  • Small commercial applications requiring scalable solutions.

Which Deye 12kW Hybrid Inverter Is Suitable for You?

Choosing the right Deye 12kW Hybrid Inverter depends on your energy requirements, budget, and system configuration. Let’s look at examples to help you decide.

1. For a household with large energy needs (e.g., a 5-bedroom home using 6,000-8,000W daily):

   • The SUN-12K-SG04LP3-EU is an excellent choice. It provides flexibility with unbalanced three-phase output and ensures stable performance for residential setups.

2. For a small business or warehouse with substantial energy consumption (e.g., lighting, machinery, and HVAC systems, using 8,000-10,000W daily):

   • The SUN-12K-SG02LP1-EU-AM3 is ideal. It handles high energy capacity and offers parallel scalability for future expansion.

3. For an industrial facility or large commercial setup (e.g., factories with 10,000W+ energy demands):

   • The SUN-12K-SG01HP3-EU-AM2 is the best option. Its high-voltage support and cooling system ensure efficiency and reliability under heavy loads.

By considering your energy consumption and future needs, you can select the model that best aligns with your requirements.

Conclusion

Deye 12kW Hybrid Inverters combine advanced technology, efficiency, and scalability to meet various energy demands. Whether for residential, commercial, or industrial use, these inverters are designed to optimize energy storage and management.