Extruded big aluminum heatsink dissipates heat quickly and take the latest shared-one-cathode circuit design. The system voltage is 12v 24v 48v auto work. The controller choose MPPT charging, the efficiency is above 99.8%. Optional WIFI/ GPRS /PC host computer monitor, intelligent humanized control.
Extruded big aluminum heatsink dissipates heat quickly and take the latest shared-one-cathode circuit design. The system voltage is 12v 24v 48v auto work. The controller choose MPPT charging, the efficiency is above 99.8%. Optional WIFI/ GPRS /PC host computer monitor, intelligent humanized control.
JN-MPPT-C sereis MPPT solar controller series ranges from 50a 60a 80a 100a, advanced MPPT maximum power point tracking technology,tracing efficiency more than 99.5%.
Latest JN-MPPT-CL MPPT solar charge controller ranges from 50amp 60amp 80amp 100amp 120amp which are used for solar panel system . The battery system voltage is 12v 24v 48v auto recognize and max. PV input can be 150V. High charge efficiency is above 99.8% which is much cost-effective for project.
Latest JN-MPPT-BL MPPT solar charge controller ranges from 30A 40A 50A 60A 70A. The battery system voltage is 12v 24v 48v auto work and max. PV input can be 150V. High charge efficiency is above 99.9%.
Latest JN-MPPT-AL MPPT solar charge controller ranges from 30amp 40amp 50amp which are used for solar panel system . The battery system voltage is 12v 24v 48v auto recognize and max. PV input can be 150V. High charge efficiency is above 99.8% which is much cost-effective for project.
Latest JN-MPPT-Mini MPPT solar charge controller ranges from 10amp 20amp with mini smart design for various use purpose . The battery system voltage is 12v 24v auto recognize and max. PV input can be 80V. High charge efficiency is above 99.8% which is much cost-effective for project.
This MPPT solar controller is maily designed for high voltage system, 24V/48V/96V/120V/192V/216V/240V/360V/384V/480V. It uses IGBTs for array anti-reverse, multi-tube parallel IGBTs form a BUCK circuit for voltage and current conversion control; output fuses are used for output over-current and short-circuit protection, and high-voltage DC relays are used for battery reverse connection protection. Support WIFI/GPRS module expansion to achieve APP cloud monitoring.
