In today’s era of rapidly advancing technology, energy storage technologies are experiencing unprecedented transformation. Traditional lead-acid batteries, long the mainstream energy storage device, have played a key role in many fields. However, as demands for device performance, endurance and environmental protection continue to rise, the limitations of lead-acid batteries have gradually become apparent. At the same time, lithium batteries—thanks to their outstanding performance advantages—are gradually becoming the ideal replacement for lead-acid batteries. Our CYCLENPO 24 V 100 Ah lithium battery demonstrates its unique value and wide-ranging applications in fishing boats, RVs, yachts, marine vessels and home energy storage systems.
(a) Energy Density
Lead-acid batteries have relatively low energy density, which means that under the same volume or weight they can store limited electrical energy. Typically, lead-acid batteries have a gravimetric energy density around 30–50 Wh/kg, while CYCLENPO’s lithium battery offers a higher energy density, enabling more energy storage with smaller volume and weight. For example, a 24 V 100 Ah CYCLENPO lithium battery, when providing the same quantity of electricity, may reduce its volume by one-third or more and significantly reduce weight compared with a lead-acid battery of the same specification. This is highly significant in scenarios with strict requirements on space and weight, such as fishing boats and RVs.
(b) Cycle Life
Cycle life is one of the key indicators of battery performance. Lead-acid batteries typically have a shorter cycle life, generally around 300–500 cycles. After multiple charge-discharge cycles, lead-acid batteries’ capacity declines noticeably, and performance degrades rapidly. In contrast, CYCLENPO’s lithium batteries boast a much longer cycle life, reaching several thousand cycles. This means that under normal use, a lithium battery can accompany users for a longer period, reducing the cost and hassle of frequent battery replacement. For devices that rely on power supply over long term—such as marine vessels and home energy storage systems—a lithium battery with long cycle life is undoubtedly a more economical and reliable choice.
(c) Charging Speed
Charging speed is another key difference between the two. Lead-acid batteries charge relatively slowly—fully charging may take several hours or longer. This may cause inconvenience in scenarios requiring rapid replenishment of electricity. By contrast, CYCLENPO’s lithium battery supports fast-charging functionality and can complete charging in a relatively short time. For example, using a suitable charger, the 24 V 100 Ah lithium battery may reach approximately 80% state of charge within 1–2 hours, greatly improving device usage efficiency and meeting the demand for rapid power restoration in emergencies.
(d) Self-Discharge Rate
The self-discharge rate reflects how much charge a battery naturally loses while idle. Lead-acid batteries have a relatively high self-discharge rate—around 10%–15% per month. If left unused for a long time, lead-acid batteries may suffer insufficient charge, impacting performance when reused. Meanwhile, CYCLENPO’s lithium batteries feature a lower self-discharge rate—around 3%–5% per month. This makes lithium batteries more advantageous in applications such as backup power supplies, as they can hold stable charge reserves for long periods and provide reliable power support whenever needed.
(a) Fishing Boats
Lightweight Design Enhances Navigation Performance
For fishing enthusiasts, the stability and maneuverability of a fishing boat are paramount. Traditional lead-acid batteries, by virtue of heavier weight, increase the boat’s overall weight and affect its speed and agility on the water surface. By replacing them with CYCLENPO’s 24 V 100 Ah lithium battery, the battery weight is significantly reduced, making the fishing boat lighter. This not only helps to increase boat speed, reduce fuel consumption (if fuel-powered auxiliary) but also makes the boat more responsive in steering, acceleration, etc., providing a better fishing experience.
Long Endurance Ensures All-Day Fishing
Extended fishing activities often require continuous and stable power supply, to ensure that various electronic devices—such as fish finders, navigation instruments, electric anchor winches—work properly. The limited endurance of lead-acid batteries often worries anglers, especially when far from shore. CYCLENPO’s 24 V 100 Ah lithium battery, thanks to its high energy density and low self-discharge rate, can provide longer endurance. Even when multiple devices are used continuously, it can satisfy power demand for a full day or longer, allowing anglers to enjoy leisurely fishing without worrying about power depletion.
Safe and Reliable for Marine Environment
Water surface environments are complex and variable, imposing high safety requirements on batteries. Lead-acid batteries have safety hazards such as leakage and short-circuit during usage; once an accident happens, it may lead to serious fire or even explosion. CYCLENPO’s lithium battery uses advanced sealing technology and safety protection measures, with excellent waterproof and moisture-resistant performance, effectively avoiding fault risks caused by water ingress. Meanwhile, its built-in protection circuits can monitor battery status in real time, preventing over-charge, over-discharge, overheating, etc., ensuring safe and stable operation in harsh water-based environments.
(b) RVs (Recreational Vehicles)
Meet Diversified Power Needs
As a mobile living space, an RV is equipped with a variety of electrical appliances—from lighting fixtures, refrigerators, air-conditioners to TVs, audio systems, and other entertainment facilities—all requiring sufficient power support. Traditional lead-acid batteries struggle to meet such diversified and high-power load demands, easily leading to unstable voltage or insufficient supply. CYCLENPO’s 24 V 100 Ah lithium battery has high output power and stable voltage characteristics, easily coping with various appliance loads in the RV. Whether heating food with a microwave, starting the air-conditioner, or running multiple electronic devices simultaneously, it can ensure stable, reliable power supply, allowing users to enjoy a comfortable living environment during travel.
Space Saving Increases Living Comfort
Space inside an RV is precious; every inch must be used wisely. Lead-acid batteries are bulky and occupy a lot of interior space, affecting living comfort and practicality. CYCLENPO’s 24 V 100 Ah lithium battery is compact and can be flexibly installed in suitable locations according to the RV layout, such as under the seat, beneath the bed, etc., thus maximising space savings. This means users can have more room for luggage, furniture layout, improving the overall living quality of the RV.
Easy Maintenance and Extended Lifespan
During travel, battery maintenance is also an important issue. Lead-acid batteries require periodic checking of electrolyte level, adding distilled water, etc.—a cumbersome process, and they are prone to plate sulphation, acidisation and other faults, shortening lifespans. In contrast, CYCLENPO’s lithium battery needs almost no special maintenance; just normal charge and discharge usage is enough. Its intelligent management system automatically optimises the charging process, balances the charge among cells, and extends the battery’s overall lifespan. For RV users who frequently travel long distances, this undoubtedly greatly reduces maintenance burden and improves usage convenience.
(c) Yachts
High Performance for Luxury Experience
A yacht, as a high-end luxury item, represents an exclusive and extravagant lifestyle. All the advanced equipment and décor it deploys rely on high-quality power supply—from the powerful engine start system, precise navigational instruments to luxury interior lighting and audio systems, all need a battery with outstanding performance to support. CYCLENPO’s 24 V 100 Ah lithium battery, with its exceptional high-rate discharge performance and fast charging speed, is able to meet a yacht’s demand for strong power burst in short time, while quickly restoring the charge for the next use. This high performance perfectly aligns with yacht users’ pursuit of the ultimate experience, allowing them to enjoy unparalleled fun on the sea.
Custom-able Service Reflects Personal Taste
Every yacht has its unique design style and customized configuration requirements. CYCLENPO understands this, thus offers rich customization service options. According to the yacht’s different models, sizes and the client’s specific needs, we can tailor the appropriate specification of lithium battery pack. Whether in appearance design, installation method or electrical parameters, all can be adjusted and optimised according to the client’s wishes. Such customization service not only meets yacht users’ individualised requirements but further improves the yacht’s overall quality and grade.
Environmental Concept Aligns with Sustainable Development Trend
As global environmental awareness rises, more industries are emphasizing green, sustainable development. The yacht industry is no exception, and is actively exploring how to reduce carbon emissions and environmental pollution. Compared with traditional lead-acid batteries, CYCLENPO’s lithium battery is more environmentally friendly. It produces fewer pollutants in the manufacturing process and can be recycled after its service life, effectively reducing waste generation. In addition, the high energy efficiency characteristic of lithium batteries also means more energy-saving during usage, contributing to the sustainable marine ecosystem.
(d) Marine Vessels
Reliable Power Supply Ensures Safe Navigation
Marine vessels involve many key equipment—communication, navigation, control systems—whose correct operation directly relates to the vessel’s safe navigation. Any power failure may lead to serious consequences. CYCLENPO’s 24 V 100 Ah lithium battery has undergone rigorous quality testing and practical application verification, possessing high stability and reliability. It can continuously and stably supply power in complex marine environments; even under wave shock, rocking and other harsh conditions, it can maintain good working status. Its complete protection mechanism can timely respond to various abnormal situations, take corresponding measures to correct them, ensuring that all key equipment on the vessel remains in normal operation, providing strong protection for crew safety and cargo transport.
Large Capacity Meets Long-Distance Navigation Needs
Long-distance voyages often require crossing vast distances and long durations. This places a requirement that the batteries on the vessel must have sufficient capacity to support the entire journey’s power demands. Ordinary lead-acid batteries cannot easily meet such demands due to limited energy density and inability to carry excessive electricity. CYCLENPO’s 24 V 100 Ah lithium battery can be connected in series or parallel to form larger battery banks, to satisfy different route length demands. For example, by combining multiple 24 V 100 Ah batteries, large cargo ships, passenger ships, etc., can be supplied with uninterrupted power for weeks or even months, ensuring smooth navigation worldwide.
Robust Structure for Harsh Environments
The marine environment is full of corrosive substances such as seawater, salt spray etc., which pose severe challenges to battery structural materials. Lead-acid batteries are vulnerable to corrosion under such conditions, leading to internal short-circuit and other problems. CYCLENPO’s lithium battery adopts special anti-corrosion coatings and high-strength shell materials, with strong anti-corrosion ability and mechanical strength. It can withstand seawater erosion, UV radiation and other adverse factors, and maintain intact condition even during long-term marine operations. This rugged and durable characteristic makes lithium batteries one of the ideal choices in the ship-building industry.
(e) Home Energy Storage Systems
Peak-Shaving and Valley-Filling to Save Electricity Costs
In daily life, household electricity use has a clear difference between peak and valley periods. Electricity prices during daytime working hours are higher, while night-time off-peak periods have relatively lower prices. By installing a home energy storage system composed of CYCLENPO’s 24 V 100 Ah lithium batteries, users can store inexpensive electricity from the grid during off-peak periods (usually at night), and then release it during peak periods (daytime) for household appliance use. This not only helps avoid high electricity bills caused by high-peak period usage but also takes full advantage of grid policy incentives to achieve energy savings and emission reduction. According to actual calculation, an average household can save a considerable portion of electricity costs each year through this method.
Emergency Backup Power for Unexpected Outages
Sudden power outages are inevitable in our lives. Especially under extreme weather conditions or grid faults, long-duration outages can bring significant inconvenience or even safety risks to households. With CYCLENPO’s 24 V 100 Ah lithium battery as an emergency backup power source, it can quickly take over the home’s basic electricity needs. It can drive the refrigerator to keep food fresh, maintain lighting systems so family members can find their way in the dark, support mobile phone charging to keep communications open, etc. In short, it is a capable assistant for households dealing with unexpected power outage events, safeguarding your and your family’s life.
Facilitate Integration and Use of Renewable Energy
With the continuous development and popularisation of renewable energy technologies such as solar and wind power, more and more people are considering installing photovoltaic systems or other forms of renewable generation at home to achieve clean-energy self-sufficiency. However, these renewable energy generations are intermittent and unstable by nature, often requiring storage devices to better play their role. CYCLENPO’s 24 V 100 Ah lithium battery precisely fills this role—it can effectively store excess electricity generated by renewable energy, and release it when needed to supply household use, thereby achieving effective integration of renewables into the overall home energy system, improving energy utilisation efficiency, reducing reliance on traditional fossil energy, and promoting the development of a green, low-carbon lifestyle and taking a big step toward sustainable development.
