Why is the new energy smart lithium iron phosphate battery special for RVs?
RV, also known as "home on wheels", has both the functions of "house" and "car", but its attribute is still a car, which is a mobile type with basic facilities necessary for home use. Friends who often play RVs all know that the common electricity consumption methods of RVs include: external mains, generators, solar panels, storage batteries, etc. The types of storage batteries are nothing more than two types of batteries on the market: lead-acid batteries and lithium batteries.
There are many types of batteries that can be selected in the RV scene, and both lead-acid and lithium batteries have their own shortcomings and advantages. Compared with lead-acid batteries, lithium batteries are smaller, lighter, more portable, and have a relatively long lifespan. In addition, lithium batteries have greater energy, can provide greater current, and are more environmentally friendly. According to their own electricity needs, riders can match the best battery solution. The lithium iron phosphate battery has attracted much attention because of its high energy density, which allows more power to be installed in a limited space.
Motorcyclists who love to travel in RVs understand that the electricity used in RVs is in an outdoor environment that is turbulent and cannot be charged in time for a long time. The main function of the battery is to store the electricity generated in various ways for the household appliances in the RV. powered by. Lithium batteries for motor homes require high working voltage, long working hours, and special ambient temperature. Therefore, lithium iron phosphate batteries can meet customer requirements.
Lead-acid batteries are cheap, but they are large in size and weight and have a short service life. They are a good choice for car owners who use less electricity every day and low frequency of RV use. And if the average daily power consumption is about 8 kilowatt-hours, it needs about 7 100ah lead-acid batteries. Generally, the weight of a 100ah lead-acid battery is about 30-31KG, and 7 pieces will reach 210KG, which is about 3 adult men’s The weight and the short service life of lead-acid batteries, the battery storage rate will become lower and lower over time, requiring riders to replace new batteries from time to time.
Based on this, the choice of lithium iron phosphate batteries will be more suitable for the use of outdoor mobility in RVs and low storage capacity. Lithium iron phosphate battery has stable chemical properties and good high-temperature stability. It will start to decompose at 700-800℃, and will not release oxygen molecules when faced with impacts, needle sticks, short circuits, etc., and will not produce violent combustion. , High safety performance.
The charging characteristics of new energy smart lithium iron phosphate batteries are relatively stable. In the face of high temperatures, the charging conditions at different rates are almost the same as those at room temperature and are not affected by temperature. Automatic charge and discharge management. The monitoring unit automatically measures the charge and discharge current of the battery and performs intelligent charge management on the battery. It has a very superior rate discharge performance and can continue to discharge at 1C to meet the use of large current discharge.
Unlike electric vehicles, the needs of riders are regular charging and discharging, and the power supply must be safe. Therefore, the advantages of long cycle life and high safety make lithium iron phosphate batteries the first choice in the electric scene of RVs. The lithium iron phosphate battery is fully intelligent design and can be configured with a centralized monitoring module separately, remote communication, remote management, low maintenance, and ensure your journey is worry-free.
With the advent of the era of smart RVs, the advantages of 48V lithium iron phosphate batteries are very obvious: low current, low loss, safer, high driving efficiency, high discharge efficiency, and the use of inverter air conditioners can solve the biggest electricity problem in the life of RVs.
