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Alimentado directamente a través del puerto de comunicación RJ45. El rango de señal es de hasta 25 m
El paquete incluye: 1 módulo Bluetooth BT-2
- Longitud del cable: 5 m
- Dimensiones: 6,7 x 3,5 x 1,4 cm
- Peso: 0.1 kg
- Dimensiones de instalación: 2.66 φ 0.4 cm
Módulo Bluetooth BT-2
Descripción:
El Renogy BT-2 es una nueva generación de módulos Bluetooth para controladores de carga solar Renogy, baterías inteligentes de litio y cargadores inversores. Alimentado por su puerto de comunicación RJ45, el BT-2 proporciona monitoreo inalámbrico de los datos del sistema y permite a los usuarios cambiar los parámetros a través de la aplicación Renogy DC Home smartphone.
Especificaciones:
- Voltaje de entrada: 5 V o 12 V
- Consumo de energía en espera: 0,04 W
- Consumo de energía de funcionamiento: 0,05 W
- Velocidad de baudios serie: Velocidad fija de baudios 9600bps
- Protocolo de comunicación: RS485
- Tipo de puerto: RJ45
- Temperatura de funcionamiento: -15.6 °C a 85.0 °C
Renogy DC Home APP
Dispositivos compatibles
Andrés Villalobos Galindo
Comentado en México el 12 de noviembre de 2024
El aparato funciona bien mientras me mantengo dentro del alcance del Bluetooth, sin embargo eso es lo mejor que puedo decir del aparato. Hay 2 aplicaciones para usarlo pero ambas son tan básicas que apenas son útiles, funcionan para ver el voltaje, carga de batería y el estado de los paneles pero solamente mientras estoy cerca, la aplicación no almacena datos así que si estás lejos no sirve para nada, tiene gráficas de la energía que produce pero solo muestra el maximo/mínimo por día, tampoco muestra la variación durante el dia.Todo lo anterior es en la aplicación vieja y es lo mejor que podrás conseguir, la aplicación nueva muestra exactamente lo mismo pero con otro diceño, además la nueva te pide que a la fuerza crees una cuenta con ellos pero no tiene ningún beneficio, funciona igual que la aplicación vieja aún que aquella no pedía información personal. Además la aplicación nueva incluye un apartado que es solamente una tienda para venderte más cosas.
bowacon
Comentado en los Estados Unidos el 3 de diciembre de 2023
Easy to install and connect to. You can see and maintain the configuration of charge controller from your phone. Nice piece of gear.
Karl Mueller
Comentado en Australia el 1 de enero de 2023
This adapter complements the Renergy Wanderer 30 Li charge controller I purchased. I recommend purchasing the adapter for this charge controller due to there being no display, just some flashing LEDs for status.The adapter seems to work well. The lead is very long. I assume is is so it can be mounted a considerable distance away from the controller if the controller was mounted in an electrical cabinet. In my situation the charge controller is mounted directly on my folding solar panels so there was no need for such a long lead. The app is OK but not great. On Android as soon as the app loses focus it needs to be reconnected. To do this the app must be closed and reopened.I found the BT range on the adapter is fairly standard for BT: about 5m, maybe a little further.
Rodney Jones
Comentado en Australia el 5 de mayo de 2020
Simple plug and play system
HipsterDoofus
Comentado en los Estados Unidos el 5 de junio de 2016
Solid product. Had this running for a couple months so far no problems. My system right now is just one 100W panel and SLA batteries totaling 130 AH.Although this product costs considerably more it performed a lot better than the $22 PWM 30A charger I used previously. That PWM charger reported "full charge" but the batteries only topped off at 12.6V. This charger brings the battery to full capacity (about 13.5 V) . And batteries charge noticeably faster as well. You can see the MPPT magic in action when measuring current from the panel. The current bounces around and eventually settles down to the optimum wattage output.I really like the interface it provides. I did not purchase the separate meter but instead connected it to a raspberry pi running SW I found online. The interface is really reliable, collecting data every 5 minutes 24/7 for most of the time I had it. Below is the kind of data you can expect from this unit. At the moment the batts were low and it is a cloudy morning.batt_voltage: 11.81pv_voltage: 14.78load_amps: 0.0batt_overdischarge_voltage: 11.07batt_full_voltage: 14.65load_on: Falseload_overload: Falseload_short: Falsebatt_overload: Falsebatt_overdischarge: Falsebatt_full: Falsebatt_charging: Truebatt_temp: 21charge_current: 0.3
David F.
Comentado en Canadá el 14 de marzo de 2016
Review-wise: I'm happy with this product, which seems solid and well-made, was delivered on time, and works as expected with my setup so far (a tiny PV array and a small 12V battery bank).But this is more of a QUESTION -- (Hey, Amazon, what's with the 150-character limit on questions?) -- so please Comment on this review if you have an answer.After reading the related questions & answers, I still don't understand why this controller's specs say that the maximum solar input power is 400W (at 12V), or 800W (at 24V).The Rated Charge Current is 40A and the maximum input voltage is 100V -- so doesn't that mean that the theoretical maximum possible input is 4000W (or some safety margin below that)?For example, if you're using 260W panels with a Maximum Power Voltage (Vmp) of 30.5, and a Maximum Power Current (Imp) of 8.6, then couldn't you use strings of 3 panels (connected in series), and then connect 4 strings in parallel, so that the whole array would have a max of 91.5V (30.4V * 3) and 34.4A (8.6A * 4), for a total of about 3120W across 12 panels, all feeding into this controller?So which is wrong: the stated maximum input wattage (800W from 24V panels), or the logic above? Or both? ;-) Thanks in advance to anyone who can explain this.
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