Difference Between AUTO and HYBRID Modes of LEO DSKP Inverter

Kong
15 ต.ค. 2568
ยาว 3 นาที

อัปเดตเมื่อ 27 ก.พ.

Understanding the difference between AUTO mode and HYBRID mode in the LEO DSKP Inverter is essential for optimizing solar energy usage, reducing electricity costs, and ensuring stable pump performance.

In 2026, smart inverter systems are designed not only for energy conversion but also for intelligent power source management between DC (solar) and AC (grid electricity). This guide explains how each mode works and when to use them.

Difference Between AUTO and HYBRID :

How AUTO Mode Works (LEO DSKP Inverter)

In AUTO mode, the inverter prioritizes DC power (solar energy) as the primary source.

However, if the DC power drops below the required operating level, the system will:

Stop drawing power from DC
Automatically switch to AC power (grid electricity)
Supply 100% of the required load from AC

Example – AUTO Mode

If the system requires 100 watts:

The inverter will first use 100W from DC (solar).
If solar output drops to 80W, the inverter will completely stop using DC.
It will then switch fully to AC and supply 100W from the grid.

Key Characteristics of AUTO Mode

Uses one power source at a time
Prioritizes solar energy
Switches fully to grid power when solar is insufficient
Simple and stable operation
Suitable for locations with fluctuating solar conditions

AUTO mode is ideal for users who prefer a clean power source transition without mixing DC and AC simultaneously.

How HYBRID Mode Works (LEO DSKP Inverter)

In HYBRID mode, the inverter also prioritizes DC (solar) power first.

However, instead of disconnecting DC when it becomes insufficient, the system intelligently combines both sources.

If DC power drops below demand:

The inverter continues using available DC power
It supplements the remaining required power from AC
Both sources work together to maintain stable output

Example – HYBRID Mode

If the system requires 100 watts:

The inverter uses 100W from DC when available.
If solar output drops to 80W:
- The inverter continues using 80W from DC.
- It adds 20W from AC.
Total output remains at 100W without interruption.

Key Characteristics of HYBRID Mode

Combines DC and AC power simultaneously
Maximizes solar energy usage
Reduces electricity cost
Prevents power drops
Ensures smoother system performance

HYBRID mode is ideal for applications requiring consistent pressure and uninterrupted pump operation, such as solar water pump systems.

AUTO vs HYBRID Mode: Quick Comparison

Feature	AUTO Mode	HYBRID Mode
Solar Priority	Yes	Yes
Power Mixing	No	Yes
When Solar Drops	Switches fully to AC	DC + AC combined
Energy Optimization	Moderate	Maximum
Stability	High	Very High
Best For	Simple switching systems	Continuous operation systems

Difference Between AUTO and HYBRID

Which Mode Should You Choose?

Choose AUTO mode if:

You prefer a clean switching mechanism
Your solar power output is stable
You want simplified operation

Choose HYBRID mode if:

You want maximum solar energy utilization
You aim to reduce grid electricity costs
Your system requires constant pressure and stable power
You operate solar water pumps in varying sunlight conditions

Final Insight

Both AUTO and HYBRID modes in the LEO DSKP Inverter are designed to improve energy efficiency and operational reliability. The key difference lies in how the system manages power when solar energy becomes insufficient.

AUTO mode switches power sources.
HYBRID mode blends power sources.

Understanding this distinction allows users to optimize performance, lower electricity costs, and extend system lifespan — making smarter energy decisions for 2026 and beyond.