Lithium battery charger DCDC with MPPT solar power regulator from PowerUp

Do you have a 12V lithium battery? And want to charge it from the car's dynamo (which outputs 13.8V or 14.2V) and from solar energy at the same time: do not use the voltage booster LCI, or connect it directly to the car's dynamo, because there is no regulation for charging lithium. It is better to use a DCDC Charger like Redarc or Victron or PowerUp, because it is safe to handle with lithium chemistry, preserves the battery life, and protects against overcharging, low voltage, and excessive heat, and provides a controlled charging in stages dedicated to lithium. Compatible with PowerUp lithium batteries - compatible with PowerUp battery sensor. Protect your investment in lithium batteries and safeguard them through the DCDC Battery Charger. Double intelligent battery chargers – DC-DC Charger + MPPT solar regulator! If you use a dual battery system in your vehicle or your solar system, and need a reliable and integrated solution for charging from the dynamo and solar panels at the same time, these chargers (40A and 60A) are the perfect choice for you. Quick comparison between the two versions: Key features (shared): Built-in MPPT regulator: extracts maximum power from solar panels with efficiency up to 95%. Smart three-stage charging: Bulk – Absorption – Float. Integrated protection: from overvoltage, heat, reverse polarity. LED display panel showing the charging status and battery type. Supports smart generators in modern vehicles. Who is it for? Description of available types: 40A dual battery charger integrated with MPPT solar regulator – smart and safe charging! If you are looking for an integrated solution to charge your battery from the dynamo or solar panels, this device is the ideal choice! Features strong 40-amp charging capacity, combining DC-DC Charger function and MPPT solar regulator, giving you fast and safe charging for all types of batteries. 40A dual battery charger with MPPT. Smart charger with 40A capacity combining DC-DC Charger + MPPT solar regulator for high-efficiency battery charging and comprehensive protection. Suitable for: PowerUp lithium batteries. 60A dual battery charger integrated with MPPT solar regulator. 60A powerful charger supporting dynamo and solar panels for large battery systems with protection from heat and overvoltage. Suitable for: PowerUp lithium batteries. It is a smart battery charger designed to charge various types of 12V batteries, such as lead-acid batteries (Standard Lead Acid, Gel, AGM, Calcium), and LiFePO4 (Lithium Iron Phosphate). The charger features the ability to work with 12V and 24V electric generators, in addition to charging from 12V solar panels. The device is equipped with an MPPT solar regulator to increase charging efficiency and maximize energy utilization. Main features: Supports multiple battery types: charges lead-acid batteries (like Standard Lead Acid, AGM, GEL, CAL), and also lithium LiFePO4. MPPT solar charge regulator (Maximum Power Point Tracking): this regulator helps improve energy consumption from solar panels by increasing charging efficiency, ensuring faster and better charging. High charging efficiency up to 95%: the charger operates with up to 95% efficiency, ensuring effective energy use. Endures harsh environmental conditions: the device works efficiently in tough environments. Supports smart generators: compatible with smart generators used in many modern vehicles. Fault protection: includes protection against low voltage, high voltage, excessive heat, and reverse polarity. Display interface: the charger has a display panel with LED lights indicating the charging status, including: LED for generator or solar input: lights up during battery charging from the generator or solar panels. LED for battery type: shows the type of battery being charged. LED for charging status: indicates whether the device is in bulk, absorption, or float stage. Battery charging profile: you can modify the battery charge profile by pressing the "Mode" button for 1.5 seconds. The available battery type will change, and note that the device may delay up to two minutes before starting to charge after the change. How to operate the device: upon connection, all LED indicators will light up temporarily to show the device is in setup mode, which may take up to two minutes before starting charging. If input voltages are below the minimum required, the device will enter standby mode. Note that the device will continue to charge the backup battery even after entering standby, with charging lasting up to two minutes before complete stop. Fault indicators: the device includes fault indicators that appear when a problem occurs, such as: Fast flashing LED: indicates low input voltage (from generator or solar). Continuous flashing LED: indicates high voltage at input or output. Flashing LED with high temperature: indicates the device has been exposed to high temperature. Installation: must be installed in a well-ventilated area to avoid overheating. Preferably install near the backup battery for better performance. Ensure the wiring used is of appropriate gauge to reduce electrical resistance and maximize charging efficiency. Choosing wire size: using larger wires enhances performance. Thin wires may reduce performance due to high resistance. It is recommended to use pure copper cables for optimal and efficient conduction. Fuse specifications: Charger input: 80A. Charger output: 80A. Solar input: 80A. Ignition: 3A. Technical specifications: Input voltage: 9V - 32V for electric generators. Solar input voltage: 10V - 48V. Max input current: 65A. DC output current: up to 60A. Device size: 205 mm × 331 mm × 39 mm. Device weight: 2.5 kg. Operating temperature: from -20°C to +80°C. Supported battery types: lead-acid, AGM, GEL, CAL, LiFePO4. Charging stages: three stages (Bulk, Absorption, Float). Safety warnings: installation must be performed by a specialist to avoid accidents or malfunctions. Do not use the device with medical devices or life support equipment. Select the appropriate profile for the battery to avoid exceeding the recommended voltage. Use recommended fuses and wires as per the user manual to prevent electrical accidents or fire. Suitable applications and locations: ideal for use in recreational vehicles (RVs), off-road vehicles, standalone solar systems, and other vehicles using 12V and 24V batteries. Installation and usage tips: use pure copper wires of appropriate gauge for best performance. install the charger near the backup battery to reduce voltage drop. choose the correct battery type before operation to ensure safety. do not install the charger in a confined space; ensure it is in a well-ventilated area away from materials sensitive to heat such as leather or fabric. It is essential to add a fuse before the wiring from the dynamo and solar energy; use a 60A fuse for the 40A charger and an 80A fuse for the 60A charger. Check compatibility with lithium batteries using DC-DC chargers — compatible with PowerUp lithium batteries — compatible with PowerUp battery sensor.