Photovoltaic adapter+Combiner box

Laminated optical system, the use of photovoltaic adapter voltage and DC bus, priority to use solar energy, power generation efficient, reliable, compatible and low cost of operation and maintenance.

Product Description

The DC48V stacking controller system converts the output voltage of the photovoltaic module into DC48V through the photovoltaic adapter and connects to the DC bus of the switching power supply system of the live network, completing the application of DC side stacking, realizing the priority use of solar power supply, instant use, and full absorption of solar power supply. Compared with the traditional scheme, the DC stack optical system has the advantages of high power generation efficiency, high reliability, strong compatibility and low operation and maintenance cost.

Product Advantages

System efficiency:≥97% efficiency, single-stage conversion, 5% higher than AC inverter.
Shadow efficiency:Increase power generation by 5%~15% under shadow occlusion.
Flexible expansion:Precise configuration, improve investment efficiency.
Intelligent operation and maintenance:Component-level monitoring, fast positioning, and cost reduction.
Safe and reliable:Full parallel networking, low voltage system, triple protection.

Product Advantages

System efficiency:
≥97% efficiency, single-stage conversion, 5% higher than AC inverter.
Shadow efficiency:
Increase power generation by 5%~15% under shadow occlusion.
Flexible expansion:
Precise configuration, improve investment efficiency.
Intelligent operation and maintenance:
Component-level monitoring, fast positioning, and cost reduction.
Safe and reliable:
Full parallel networking, low voltage system, triple protection.

Minimalist construction station:

The original base station does not need to be transformed, it is built on the same day, opened on the same day, and the next day’s income.

Photovoltaic priority:

Photovoltaic energy is ready to use, full absorption of solar power.

Intelligent and reliable:

Intelligent tracking of the switching power supply voltage of the original station, automatically adjusting the output voltage; Automatically matches the standby battery of the original site to track and protect the battery in real time.

O&m unchanged:

The existing power supply architecture is not changed, and the O&M mode is unchanged.