Renogy Rego Lithium 12V 135Ah / DIN-Type Under Seat

Product number:
RBT12135LFP-SHBT

Renogy Rego Lithium 12V 135Ah / DIN-Type Under Seat

6.808,42  DKK

All prices are excl. VAT

Delivery:

In stock. Place order and complete check out. You will receive the lead time within 24 hours.

Renogy Rego 12V 135Ah LiFePO₄ – built for under-seat installation in commercial vehicles, RVs, and caravans.

The Renogy Rego 12V 135Ah lithium battery is engineered for seamless under-seat integration, particularly in vehicles based on the popular FIAT Ducato chassis.

Part of Renogy’s high-performance DIN-series, this battery offers a compact, rugged solution tailored for mobile power in demanding environments.

More info:

Marcus Nørgaard Nielsen
SALES POWER
T: +45 56 56 55 08
Product NumberRBT12135LFP-SHBT
Battery typeLithium Iron Phosphate (LiFePO4)
Output Voltage12V
Capacity (Ah)135Ah
Max. Charge Current Continuously100A
Max. discharge current continously (A)100A
Output ConnectorM8
Cycle lifeOver 4000 Cycles
OPERATING TEMPERATURE-20°C to 50°C
STORAGE TEMPERATURE-25°C to 65°C
Weight 14,5 kg
Dimensions (H x W x D)190 x 355 175 mm
Dangerous GoodsYes
CertificationsFCC
UKCA
CE
PSE
IC
MIC
ROHS
MSDS
UN38.3

More about the product

Renogy Rego 12V 135Ah LiFePO₄ – built for under-seat installation in commercial vehicles, RVs, and caravans.

The Renogy Rego 12V 135Ah lithium battery is engineered for seamless under-seat integration, particularly in vehicles based on the popular FIAT Ducato chassis.

Part of Renogy’s high-performance DIN-series, this battery offers a compact, rugged solution tailored for mobile power in demanding environments.

BMS Battery Management System
Equipped with Bluetooth connectivity, Canbus integration, and a built-in heating system, the Smart Pro LiFePO₄ battery ensures reliable operation even in sub-zero conditions. The advanced Battery Management System is designed to protect the battery from undervoltage and manage energy consumption efficiently. 

If the voltage remains too low for more than five minutes, the system enters a low-power mode, reducing terminal output to under 6V to preserve safety and longevity.

To minimize idle drain, the battery switches to a smart sleep mode after 24 hours of inactivity. In this state, it maintains nominal voltage but disables the Bluetooth signal until charging or discharging activity resumes, which reactivates full communication and functionality.