The Peimar PSI-2600TL is a single-phase photovoltaic inverter designed for small to medium-sized residential solar systems. Compact, efficient, and rated IP65, it is suitable for both indoor and outdoor installation.

The inverter converts DC power generated by photovoltaic modules into 230V single-phase AC, ready for grid injection or self-consumption in residential applications.

Equipped with integrated WiFi and RS485 communication interfaces, it enables real-time performance monitoring and integration with supervision systems.

⚙️ Main Technical Specifications

🔹 DC Side (PV Input)

• Maximum PV voltage (Vmax): 500 V DC

• MPPT operating range: 185 – 400 V DC

• Maximum DC input current: 14 A

• Short-circuit current (Isc PV): 16.8 A

🔹 AC Side (Grid Output)

• Nominal AC voltage: 230 V (range 180–277 V)

• Nominal AC power: 2500 W

• Maximum apparent power: 2500 VA

• Nominal frequency: 50 Hz

• Maximum AC current: 11.4 A

• Power factor (cos φ): adjustable -0.9 … 1 … +0.9

🛡 Safety & Protection

• Protection class: Class I

• Degree of protection: IP65 (outdoor installation permitted)

• CE and RoHS compliant

Integrated protections against:

✔ Overvoltage
✔ Overcurrent
✔ Overtemperature
✔ Grid faults

🌐 Communication

• Integrated WiFi for remote monitoring

• RS485 interface for supervisory system integration

🏠 Applications

✔ Residential photovoltaic systems
✔ Domestic installations up to 2.5 kW
✔ Self-consumption systems
✔ Indoor and outdoor installations

🛠 Installation

• Wall-mounted installation

• DC connection from PV string

• AC connection to household grid

• Protective earth connection required (Class I)

• Installation must be performed by qualified personnel only

📦 Identification Data

• Model: PSI-2600TL

• Code: 910-60329-00

• Serial Number: PSE181X008

🚀 Commercial Summary

Compact and reliable 2.5kW single-phase solar inverter with MPPT 185–400V, 230V AC output, IP65 protection, and integrated WiFi monitoring. The Peimar PSI-2600TL is an ideal solution for residential photovoltaic systems requiring efficient and dependable energy conversion.