Latest news with #LithiumIronPhosphate
Hindustan Times
a day ago
- Automotive
- Hindustan Times
Check out Suzuki's first electric scooter, the eAccess
The e-Access is the first electric scooter in the portfolio of brand. The e-Access feels premium because of how the scooter feels in terms of build quality, no panel gaps and switch gear. The electric motor on duty transfers the power to the rear wheel using a belt-drive system. It puts out 5.49 bhp of max power and a peak torque output of 15 Nm. The acceleration is brisk, but if you have to overtake someone in a hurry, then that would require planning. Suzuki is using a 3.072 kWh battery pack that can deliver a claimed range of 95 km. It is a Lithium Iron Phosphate(LFP) battery pack that is fixed. The portable AC charger takes 4 hours and 30 minutes to charge from 0-80 per cent, whereas 0-100 per cent takes 6 hours and 42 minutes. The e-Access also supports DC fast charging, which takes 1 hour 12 minutes to charge from 0-80 per cent,t whereas 0-100 per cent takes 2 hours 12 minutes. In terms of handling, the e-Access did surprise us a bit. It responds to rider inputs and feels quite agile and light as well. The rear brake offers good bite, but I felt that the front one could have had a bit more feel, and it lacked progression as well as bite. To check out more such web stories Click Here
Time of India
2 days ago
- Automotive
- Time of India
Oben Electric bags ₹100 crore in Series A funding
Oben Electric , homegrown electric motorcycle manufacturer , has announced the completion of its Series A funding round with a total raise of ₹100 crore. In January 2025, it secured ₹50 crore, followed by additional ₹50 crore in May 2025, taking the total Series A funding to ₹100 crore and overall funding to ₹200 crore. The round saw participation from both new and existing investors, including Helios Holdings, the Sharda family office, the Kay family, and others. The company stated that the new funds would be used to scale manufacturing capacity, expand its presence to over 150 showrooms across more than 50 cities by FY26, and support development of a new product platform named 'O100' targeting motorcycles under ₹1 lakh. Madhumita Agrawal, Founder & CEO of Oben Electric, said: 'The extended Series A funding is a strong vote of confidence from our investors and comes at a time when our momentum is accelerating nationwide. We're expanding not just our retail footprint but also our innovation roadmap with platforms like O100 that aim to democratize electric motorcycles for the mass market. Backed by full vertical integration and a resilient supply chain, this funding prepares us for a new phase of scale, impact, and growth opportunities.' Following the initial Series A raise, Oben Electric rapidly scaled with 37 retail outlets across 26 cities in 13 states, entering key markets like Punjab, Gujarat, Madhya Pradesh, Telangana, Uttar Pradesh, Chhattisgarh, and Odisha. Oben Electric designs and manufactures both electric motorcycles and their critical components, including Lithium Iron Phosphate (LFP) batteries, motors, vehicle control units, and home fast chargers. The Bengaluru-headquartered firm's current lineup includes the Oben Rorr and Rorr EZ. It is also planning a $30 million Series B funding round later in 2025 to support international expansion and further product development.
Mint
06-06-2025
- Automotive
- Mint
15,600% rally in five years! Small-cap EV stock jumps in a rally post RBI MPC meeting outcome
Multibagger small-cap EV stock gained in the intraday trade on Friday amid a stock market rally spurred by the Reserve Bank of India's (RBI) massive repo rate cut. The sharp gains in the Indian stock markets following a surprise 50 basis points (bps) rate cut by the RBI Monetary Policy Committee (MPC) also supported a rally in small-cap EV stock Mercury EV-Tech Limited. The unexpected rate cut boosted investor sentiment, pushing benchmark indices higher — the S&P BSE Sensex surged by 800 points, and the Nifty 50 crossed the 25,000 mark. In addition to the positive market momentum driven by the RBI's decision, Mercury EV-Tech Ltd also gained following a business update announcement, further fueling investor interest. Small-cap EV stock Mercury EV-Tech business on Thursday, June 5, 2025, intimated the BSE about a business update. As per the business update announced by Mercury Ev-Tech, the company has inaugurated a new showroom located at Shop No. 5, Near Sagar Complex, Jashonath Circle, Bhavnagar, Gujarat. In another business update, the company, in April, had announced a 3.2 GW battery manufacturing facility in Vadodara. Mercury EV-Tech Limited, through its wholly owned subsidiary PowerMetz Energy, announced the commissioning of a 3.2 GW lithium-ion battery manufacturing facility at its Vadodara campus. The company had informed exchanges that equipment is scheduled to reach the Vadodara campus by the end of April, with pilot production set to begin mid-May 2025. With this, the company houses the infrastructure to develop and produce an extensive range of chemistries, including: LFP (Lithium Iron Phosphate), NMC (Nickel Manganese Cobalt), Sodium-Ion Cells and Supercapacitor Modules. Small-cap EV stock Mercury EV-Tech touched intraday highs of ₹ 59.94 today, which translated into gains of more than 1%. The small-cap stock, despite sharp corrections in the recent past, has risen a whopping 1560% in the past five years, making Mercury EV-Tech a multibagger.
The Advertiser
03-06-2025
- Automotive
- The Advertiser
Choosing lithium batteries for camping power
This is branded content. The call of the great outdoors, from serene weekend camping trips to extensive caravan tours across the stunning landscapes, is an undeniable allure for many. However, the modern adventurer often requires reliable power to enhance these experiences, running everything from fridges to lighting and communication devices. While traditional power sources have long been the standard, the evolution of battery technology has introduced a far superior solution. Lithium batteries, particularly those utilising Lithium Iron Phosphate (LiFePO4) chemistry, have emerged as the premier choice for dependable camping power. This comprehensive guide aims to illuminate why Lithium Batteries for Camping are the intelligent investment for your outdoor adventures and how to navigate the various options, including different capacities and types of lithium battery systems, to select the one that perfectly matches your caravan or camping needs. When considering your portable power needs for camping or caravanning, the advantages of a LiFePO4 battery over traditional deep cycle batteries, such as AGM or lead-acid, are substantial and transformative for an off-grid experience. One of the most immediate benefits is their significantly lighter weight, a crucial factor when equipping vehicles like caravans, camper trailers, and 4WDs, where every kilogram counts. Beyond portability, lithium deep cycle battery technology boasts a much longer lifespan, offering a higher cycle life that translates to more adventures and superior long-term value. Faster charging capabilities mean you can replenish your power supply more quickly, which is especially beneficial when relying on solar panels or having limited generator run time. Furthermore, these batteries allow for a deeper discharge, enabling you to utilise more of the battery's stored capacity without risking damage. The consistent power output ensures your appliances run smoothly as the voltage remains stable throughout the discharge cycle. Critically, LiFePO4 chemistry is inherently safer than other lithium chemistries, providing peace of mind. These collective benefits culminate in a markedly improved camping and caravan battery experience: less weight to manage, more reliable and usable power, and the confidence that your camper trailer battery or RV battery will perform trip after trip, making them excellent deep cycle battery alternatives. Delving deeper into what makes these power sources so effective, Lithium Iron Phosphate (LiFePO4) is a specific type of lithium technology that has become the favoured chemistry for deep cycle, leisure, and automotive auxiliary applications. Its popularity stems from a unique combination of energy density, longevity, and inherent safety. A critical component of any LiFePO4 battery system is the integrated Battery Management System (BMS). BMS battery protection is not merely an add-on; it's an essential electronic system that monitors and manages the battery's state, ensuring both its health and safe operation. This sophisticated battery management system BMS provides crucial protections against overcharge, over-discharge, over-current, and extreme temperatures, any of which could otherwise compromise the battery's performance or lifespan. The synergy between the stable LiFePO4 chemistry and a robust BMS results in a battery that offers exceptional safety, reliability, and an impressive cycle life, making lithium iron phosphate batteries a leading choice for demanding applications. Determining the correct lithium battery size and voltage for your camping power needs or caravan power needs is fundamental to a successful off-grid setup. The first step is to estimate your total daily energy consumption in Amp-hours (Ah). This involves listing all the appliances you intend to power - such as a portable fridge, LED lights, phone chargers, water pumps, and perhaps an inverter for small 240V devices - and noting their typical power draw (Amps) and estimated daily run time (hours). Multiplying these figures for each appliance and summing them will give you your daily Ah requirement. Common battery voltages available include 12V, 24V, and 48V. For most camping and caravanning applications, a 12V lithium battery system is the most prevalent and suitable. Larger setups, or those for off-grid cabins, might consider 24V lithium battery or even 48V lithium battery systems, but these are less common for typical recreational use. When it comes to capacity, a 100Ah lithium battery or a 120Ah lithium battery (sometimes searched as 120ah lithium) can be adequate for shorter trips, efficiently powering a camping fridge and lights for a couple of days; a 120ah lithium battery for camping fridge setups is a very popular choice. For those planning longer weekends or needing to power a wider array of devices, a 200Ah lithium battery offers a good balance of capacity and practicality. If your adventures involve extended off-grid stays, running power-hungry inverters, or supporting a more demanding electrical load, then a 300ah lithium battery or even larger capacities will be necessary to ensure you have ample power. Considering these factors will help you determine the best lithium battery for a caravan or campsite. Once you have an idea of the capacity and voltage you need, it's time to explore the different physical forms and trusted brands of lithium batteries popular for camping and caravanning, as there are various lithium batteries for sale. A particularly sought-after option is the slimline lithium battery, also known as a slim lithium battery. Its slender design is a significant advantage where space is at a premium, such as behind seats in a 4WD, within narrow cavities in a camper trailer, or under bunks in a caravan. Other types, like Blade lithium batteries or Pro Series lithium batteries, may offer specific benefits in terms of energy density, discharge rates, or mounting options, catering to more specialised requirements. When considering brands, VoltX and Gentrax are well-regarded names in the market, known for producing reliable VoltX LiFePO4 and Gentrax LiFePO4 camping batteries. Many modern lithium batteries also come with desirable features like Bluetooth connectivity, allowing you to monitor battery status (voltage, current, capacity, temperature) conveniently from your smartphone, creating a Bluetooth lithium battery setup. Incorporating a lithium battery into your camping or caravan setup is a significant upgrade, and understanding the basics of the system will ensure optimal performance and longevity. Beyond the battery itself, several key components are essential for a complete and efficient lithium battery setup for a caravan or camper. You will require a lithium-compatible charger, specifically an AC to DC charger for when mains power is available. For charging from your vehicle's alternator while driving, a DC to DC charger is highly recommended; many modern units, often referred to as a DC DC MPPT charger, also include a solar regulator. If you plan on connecting solar panels to your LiFePO4 camping battery, a solar charge controller is necessary, with MPPT (Maximum Power Point Tracking) controllers generally offering better efficiency than PWM types for solar battery storage. Appropriate cabling, correctly sized for the expected current, and suitable fuses are crucial for safety and system integrity. When it comes to lithium battery installation, LiFePO4 batteries have minimal ventilation needs compared to traditional flooded batteries, but they must be securely mounted to prevent movement, especially when installing a lithium battery in your camper trailer or 4WD which will experience vibrations and movement. Upgrading to camping batteries lithium technology for your camper van, camper trailer, or general camping use signifies a move towards greater energy independence and convenience. The ease of use, coupled with the substantial benefits of a portable lithium battery for camping, such as reduced weight and extended lifespan, makes the transition a worthwhile investment. The key to a successful setup lies in carefully choosing the right battery size (Ah capacity) and type to match your specific requirements. We encourage you to explore the extensive range of lithium caravan batteries for sale and RV lithium batteries for sale to find the perfect power solution for your adventures. Before making a final decision on your lithium battery for camper van or camper trailer lithium batteries, always check the product specifications, consider any potential future increases in your power needs, and perhaps even look into a lithium power bank for camping as a supplementary option for smaller devices. Outbax is proud to offer a range of lithium batteries, designed to cater to a variety of caravanning needs and installation scenarios. What is the best lithium battery for a caravan? The "best" lithium battery for a caravan is invariably a LiFePO4 (Lithium Iron Phosphate) battery due to its safety, longevity, and efficiency. The ideal size (Ah capacity) depends on your individual power consumption - how many appliances you run and for how long. Consider your space constraints; a slimline lithium battery might be necessary if space is tight. Calculate your daily Ah needs, add a buffer, and choose a reputable brand like VoltX or Gentrax with a quality BMS. What size battery do I need for camping? To determine the right size battery for camping, you first need to calculate your daily power consumption in Amp-hours (Ah). List all devices you'll use (fridge, lights, chargers), their power draw in Amps, and how many hours per day you'll use them. Sum these to get your total daily Ah. For light use (e.g., phone charging, some lights for a weekend), a 50-100Ah LiFePO4 battery might suffice. For running a fridge and more extensive use, 100Ah to 200Ah is common. Extended off-grid trips may require 200Ah or more. Can I put a lithium battery in my caravan? Yes, you absolutely can put a lithium battery in your caravan, and it's a popular upgrade. However, it's crucial to ensure your caravan's charging systems are compatible with lithium (LiFePO4) batteries. This includes your mains charger (AC to DC), your vehicle's alternator charging circuit (often requiring a DC-DC charger specifically for lithium profiles), and your solar charge controller if you have solar panels. Proper installation, including secure mounting and correct fusing, is also essential. What are the best lithium batteries? The best lithium batteries are generally considered to be those using LiFePO4 (Lithium Iron Phosphate) chemistry due to their superior safety, long cycle life (often 2000+ cycles), and stable performance. A high-quality, reliable Battery Management System (BMS) is also critical for protecting the battery and ensuring its longevity. Trusted brands available in the market, such as VoltX and Gentrax, are known for producing quality LiFePO4 batteries suitable for camping and caravanning. Ultimately, the "best" battery is one that safely meets your specific capacity and power requirements. What is the lifespan of a lithium battery? The lithium battery lifespan, particularly for LiFePO4 types used in camping, is significantly longer than traditional lead-acid batteries. LiFePO4 batteries are typically rated for 2,000 to 5,000 charge cycles, and some can even exceed this under optimal conditions. This translates to many years of reliable service - often 10 years or more, depending on usage patterns and adherence to correct charging and maintenance practices. This far surpasses the typical 300-700 cycle life of many lead-acid deep cycle batteries. How do I maintain a lithium battery? Lithium battery maintenance for LiFePO4 types is minimal compared to older battery technologies. They do not require watering or equalisation charges. Key maintenance points include: This is branded content. The call of the great outdoors, from serene weekend camping trips to extensive caravan tours across the stunning landscapes, is an undeniable allure for many. However, the modern adventurer often requires reliable power to enhance these experiences, running everything from fridges to lighting and communication devices. While traditional power sources have long been the standard, the evolution of battery technology has introduced a far superior solution. Lithium batteries, particularly those utilising Lithium Iron Phosphate (LiFePO4) chemistry, have emerged as the premier choice for dependable camping power. This comprehensive guide aims to illuminate why Lithium Batteries for Camping are the intelligent investment for your outdoor adventures and how to navigate the various options, including different capacities and types of lithium battery systems, to select the one that perfectly matches your caravan or camping needs. When considering your portable power needs for camping or caravanning, the advantages of a LiFePO4 battery over traditional deep cycle batteries, such as AGM or lead-acid, are substantial and transformative for an off-grid experience. One of the most immediate benefits is their significantly lighter weight, a crucial factor when equipping vehicles like caravans, camper trailers, and 4WDs, where every kilogram counts. Beyond portability, lithium deep cycle battery technology boasts a much longer lifespan, offering a higher cycle life that translates to more adventures and superior long-term value. Faster charging capabilities mean you can replenish your power supply more quickly, which is especially beneficial when relying on solar panels or having limited generator run time. Furthermore, these batteries allow for a deeper discharge, enabling you to utilise more of the battery's stored capacity without risking damage. The consistent power output ensures your appliances run smoothly as the voltage remains stable throughout the discharge cycle. Critically, LiFePO4 chemistry is inherently safer than other lithium chemistries, providing peace of mind. These collective benefits culminate in a markedly improved camping and caravan battery experience: less weight to manage, more reliable and usable power, and the confidence that your camper trailer battery or RV battery will perform trip after trip, making them excellent deep cycle battery alternatives. Delving deeper into what makes these power sources so effective, Lithium Iron Phosphate (LiFePO4) is a specific type of lithium technology that has become the favoured chemistry for deep cycle, leisure, and automotive auxiliary applications. Its popularity stems from a unique combination of energy density, longevity, and inherent safety. A critical component of any LiFePO4 battery system is the integrated Battery Management System (BMS). BMS battery protection is not merely an add-on; it's an essential electronic system that monitors and manages the battery's state, ensuring both its health and safe operation. This sophisticated battery management system BMS provides crucial protections against overcharge, over-discharge, over-current, and extreme temperatures, any of which could otherwise compromise the battery's performance or lifespan. The synergy between the stable LiFePO4 chemistry and a robust BMS results in a battery that offers exceptional safety, reliability, and an impressive cycle life, making lithium iron phosphate batteries a leading choice for demanding applications. Determining the correct lithium battery size and voltage for your camping power needs or caravan power needs is fundamental to a successful off-grid setup. The first step is to estimate your total daily energy consumption in Amp-hours (Ah). This involves listing all the appliances you intend to power - such as a portable fridge, LED lights, phone chargers, water pumps, and perhaps an inverter for small 240V devices - and noting their typical power draw (Amps) and estimated daily run time (hours). Multiplying these figures for each appliance and summing them will give you your daily Ah requirement. Common battery voltages available include 12V, 24V, and 48V. For most camping and caravanning applications, a 12V lithium battery system is the most prevalent and suitable. Larger setups, or those for off-grid cabins, might consider 24V lithium battery or even 48V lithium battery systems, but these are less common for typical recreational use. When it comes to capacity, a 100Ah lithium battery or a 120Ah lithium battery (sometimes searched as 120ah lithium) can be adequate for shorter trips, efficiently powering a camping fridge and lights for a couple of days; a 120ah lithium battery for camping fridge setups is a very popular choice. For those planning longer weekends or needing to power a wider array of devices, a 200Ah lithium battery offers a good balance of capacity and practicality. If your adventures involve extended off-grid stays, running power-hungry inverters, or supporting a more demanding electrical load, then a 300ah lithium battery or even larger capacities will be necessary to ensure you have ample power. Considering these factors will help you determine the best lithium battery for a caravan or campsite. Once you have an idea of the capacity and voltage you need, it's time to explore the different physical forms and trusted brands of lithium batteries popular for camping and caravanning, as there are various lithium batteries for sale. A particularly sought-after option is the slimline lithium battery, also known as a slim lithium battery. Its slender design is a significant advantage where space is at a premium, such as behind seats in a 4WD, within narrow cavities in a camper trailer, or under bunks in a caravan. Other types, like Blade lithium batteries or Pro Series lithium batteries, may offer specific benefits in terms of energy density, discharge rates, or mounting options, catering to more specialised requirements. When considering brands, VoltX and Gentrax are well-regarded names in the market, known for producing reliable VoltX LiFePO4 and Gentrax LiFePO4 camping batteries. Many modern lithium batteries also come with desirable features like Bluetooth connectivity, allowing you to monitor battery status (voltage, current, capacity, temperature) conveniently from your smartphone, creating a Bluetooth lithium battery setup. Incorporating a lithium battery into your camping or caravan setup is a significant upgrade, and understanding the basics of the system will ensure optimal performance and longevity. Beyond the battery itself, several key components are essential for a complete and efficient lithium battery setup for a caravan or camper. You will require a lithium-compatible charger, specifically an AC to DC charger for when mains power is available. For charging from your vehicle's alternator while driving, a DC to DC charger is highly recommended; many modern units, often referred to as a DC DC MPPT charger, also include a solar regulator. If you plan on connecting solar panels to your LiFePO4 camping battery, a solar charge controller is necessary, with MPPT (Maximum Power Point Tracking) controllers generally offering better efficiency than PWM types for solar battery storage. Appropriate cabling, correctly sized for the expected current, and suitable fuses are crucial for safety and system integrity. When it comes to lithium battery installation, LiFePO4 batteries have minimal ventilation needs compared to traditional flooded batteries, but they must be securely mounted to prevent movement, especially when installing a lithium battery in your camper trailer or 4WD which will experience vibrations and movement. Upgrading to camping batteries lithium technology for your camper van, camper trailer, or general camping use signifies a move towards greater energy independence and convenience. The ease of use, coupled with the substantial benefits of a portable lithium battery for camping, such as reduced weight and extended lifespan, makes the transition a worthwhile investment. The key to a successful setup lies in carefully choosing the right battery size (Ah capacity) and type to match your specific requirements. We encourage you to explore the extensive range of lithium caravan batteries for sale and RV lithium batteries for sale to find the perfect power solution for your adventures. Before making a final decision on your lithium battery for camper van or camper trailer lithium batteries, always check the product specifications, consider any potential future increases in your power needs, and perhaps even look into a lithium power bank for camping as a supplementary option for smaller devices. Outbax is proud to offer a range of lithium batteries, designed to cater to a variety of caravanning needs and installation scenarios. What is the best lithium battery for a caravan? The "best" lithium battery for a caravan is invariably a LiFePO4 (Lithium Iron Phosphate) battery due to its safety, longevity, and efficiency. The ideal size (Ah capacity) depends on your individual power consumption - how many appliances you run and for how long. Consider your space constraints; a slimline lithium battery might be necessary if space is tight. Calculate your daily Ah needs, add a buffer, and choose a reputable brand like VoltX or Gentrax with a quality BMS. What size battery do I need for camping? To determine the right size battery for camping, you first need to calculate your daily power consumption in Amp-hours (Ah). List all devices you'll use (fridge, lights, chargers), their power draw in Amps, and how many hours per day you'll use them. Sum these to get your total daily Ah. For light use (e.g., phone charging, some lights for a weekend), a 50-100Ah LiFePO4 battery might suffice. For running a fridge and more extensive use, 100Ah to 200Ah is common. Extended off-grid trips may require 200Ah or more. Can I put a lithium battery in my caravan? Yes, you absolutely can put a lithium battery in your caravan, and it's a popular upgrade. However, it's crucial to ensure your caravan's charging systems are compatible with lithium (LiFePO4) batteries. This includes your mains charger (AC to DC), your vehicle's alternator charging circuit (often requiring a DC-DC charger specifically for lithium profiles), and your solar charge controller if you have solar panels. Proper installation, including secure mounting and correct fusing, is also essential. What are the best lithium batteries? The best lithium batteries are generally considered to be those using LiFePO4 (Lithium Iron Phosphate) chemistry due to their superior safety, long cycle life (often 2000+ cycles), and stable performance. A high-quality, reliable Battery Management System (BMS) is also critical for protecting the battery and ensuring its longevity. Trusted brands available in the market, such as VoltX and Gentrax, are known for producing quality LiFePO4 batteries suitable for camping and caravanning. Ultimately, the "best" battery is one that safely meets your specific capacity and power requirements. What is the lifespan of a lithium battery? The lithium battery lifespan, particularly for LiFePO4 types used in camping, is significantly longer than traditional lead-acid batteries. LiFePO4 batteries are typically rated for 2,000 to 5,000 charge cycles, and some can even exceed this under optimal conditions. This translates to many years of reliable service - often 10 years or more, depending on usage patterns and adherence to correct charging and maintenance practices. This far surpasses the typical 300-700 cycle life of many lead-acid deep cycle batteries. How do I maintain a lithium battery? Lithium battery maintenance for LiFePO4 types is minimal compared to older battery technologies. They do not require watering or equalisation charges. Key maintenance points include: This is branded content. The call of the great outdoors, from serene weekend camping trips to extensive caravan tours across the stunning landscapes, is an undeniable allure for many. However, the modern adventurer often requires reliable power to enhance these experiences, running everything from fridges to lighting and communication devices. While traditional power sources have long been the standard, the evolution of battery technology has introduced a far superior solution. Lithium batteries, particularly those utilising Lithium Iron Phosphate (LiFePO4) chemistry, have emerged as the premier choice for dependable camping power. This comprehensive guide aims to illuminate why Lithium Batteries for Camping are the intelligent investment for your outdoor adventures and how to navigate the various options, including different capacities and types of lithium battery systems, to select the one that perfectly matches your caravan or camping needs. When considering your portable power needs for camping or caravanning, the advantages of a LiFePO4 battery over traditional deep cycle batteries, such as AGM or lead-acid, are substantial and transformative for an off-grid experience. One of the most immediate benefits is their significantly lighter weight, a crucial factor when equipping vehicles like caravans, camper trailers, and 4WDs, where every kilogram counts. Beyond portability, lithium deep cycle battery technology boasts a much longer lifespan, offering a higher cycle life that translates to more adventures and superior long-term value. Faster charging capabilities mean you can replenish your power supply more quickly, which is especially beneficial when relying on solar panels or having limited generator run time. Furthermore, these batteries allow for a deeper discharge, enabling you to utilise more of the battery's stored capacity without risking damage. The consistent power output ensures your appliances run smoothly as the voltage remains stable throughout the discharge cycle. Critically, LiFePO4 chemistry is inherently safer than other lithium chemistries, providing peace of mind. These collective benefits culminate in a markedly improved camping and caravan battery experience: less weight to manage, more reliable and usable power, and the confidence that your camper trailer battery or RV battery will perform trip after trip, making them excellent deep cycle battery alternatives. Delving deeper into what makes these power sources so effective, Lithium Iron Phosphate (LiFePO4) is a specific type of lithium technology that has become the favoured chemistry for deep cycle, leisure, and automotive auxiliary applications. Its popularity stems from a unique combination of energy density, longevity, and inherent safety. A critical component of any LiFePO4 battery system is the integrated Battery Management System (BMS). BMS battery protection is not merely an add-on; it's an essential electronic system that monitors and manages the battery's state, ensuring both its health and safe operation. This sophisticated battery management system BMS provides crucial protections against overcharge, over-discharge, over-current, and extreme temperatures, any of which could otherwise compromise the battery's performance or lifespan. The synergy between the stable LiFePO4 chemistry and a robust BMS results in a battery that offers exceptional safety, reliability, and an impressive cycle life, making lithium iron phosphate batteries a leading choice for demanding applications. Determining the correct lithium battery size and voltage for your camping power needs or caravan power needs is fundamental to a successful off-grid setup. The first step is to estimate your total daily energy consumption in Amp-hours (Ah). This involves listing all the appliances you intend to power - such as a portable fridge, LED lights, phone chargers, water pumps, and perhaps an inverter for small 240V devices - and noting their typical power draw (Amps) and estimated daily run time (hours). Multiplying these figures for each appliance and summing them will give you your daily Ah requirement. Common battery voltages available include 12V, 24V, and 48V. For most camping and caravanning applications, a 12V lithium battery system is the most prevalent and suitable. Larger setups, or those for off-grid cabins, might consider 24V lithium battery or even 48V lithium battery systems, but these are less common for typical recreational use. When it comes to capacity, a 100Ah lithium battery or a 120Ah lithium battery (sometimes searched as 120ah lithium) can be adequate for shorter trips, efficiently powering a camping fridge and lights for a couple of days; a 120ah lithium battery for camping fridge setups is a very popular choice. For those planning longer weekends or needing to power a wider array of devices, a 200Ah lithium battery offers a good balance of capacity and practicality. If your adventures involve extended off-grid stays, running power-hungry inverters, or supporting a more demanding electrical load, then a 300ah lithium battery or even larger capacities will be necessary to ensure you have ample power. Considering these factors will help you determine the best lithium battery for a caravan or campsite. Once you have an idea of the capacity and voltage you need, it's time to explore the different physical forms and trusted brands of lithium batteries popular for camping and caravanning, as there are various lithium batteries for sale. A particularly sought-after option is the slimline lithium battery, also known as a slim lithium battery. Its slender design is a significant advantage where space is at a premium, such as behind seats in a 4WD, within narrow cavities in a camper trailer, or under bunks in a caravan. Other types, like Blade lithium batteries or Pro Series lithium batteries, may offer specific benefits in terms of energy density, discharge rates, or mounting options, catering to more specialised requirements. When considering brands, VoltX and Gentrax are well-regarded names in the market, known for producing reliable VoltX LiFePO4 and Gentrax LiFePO4 camping batteries. Many modern lithium batteries also come with desirable features like Bluetooth connectivity, allowing you to monitor battery status (voltage, current, capacity, temperature) conveniently from your smartphone, creating a Bluetooth lithium battery setup. Incorporating a lithium battery into your camping or caravan setup is a significant upgrade, and understanding the basics of the system will ensure optimal performance and longevity. Beyond the battery itself, several key components are essential for a complete and efficient lithium battery setup for a caravan or camper. You will require a lithium-compatible charger, specifically an AC to DC charger for when mains power is available. For charging from your vehicle's alternator while driving, a DC to DC charger is highly recommended; many modern units, often referred to as a DC DC MPPT charger, also include a solar regulator. If you plan on connecting solar panels to your LiFePO4 camping battery, a solar charge controller is necessary, with MPPT (Maximum Power Point Tracking) controllers generally offering better efficiency than PWM types for solar battery storage. Appropriate cabling, correctly sized for the expected current, and suitable fuses are crucial for safety and system integrity. When it comes to lithium battery installation, LiFePO4 batteries have minimal ventilation needs compared to traditional flooded batteries, but they must be securely mounted to prevent movement, especially when installing a lithium battery in your camper trailer or 4WD which will experience vibrations and movement. Upgrading to camping batteries lithium technology for your camper van, camper trailer, or general camping use signifies a move towards greater energy independence and convenience. The ease of use, coupled with the substantial benefits of a portable lithium battery for camping, such as reduced weight and extended lifespan, makes the transition a worthwhile investment. The key to a successful setup lies in carefully choosing the right battery size (Ah capacity) and type to match your specific requirements. We encourage you to explore the extensive range of lithium caravan batteries for sale and RV lithium batteries for sale to find the perfect power solution for your adventures. Before making a final decision on your lithium battery for camper van or camper trailer lithium batteries, always check the product specifications, consider any potential future increases in your power needs, and perhaps even look into a lithium power bank for camping as a supplementary option for smaller devices. Outbax is proud to offer a range of lithium batteries, designed to cater to a variety of caravanning needs and installation scenarios. What is the best lithium battery for a caravan? The "best" lithium battery for a caravan is invariably a LiFePO4 (Lithium Iron Phosphate) battery due to its safety, longevity, and efficiency. The ideal size (Ah capacity) depends on your individual power consumption - how many appliances you run and for how long. Consider your space constraints; a slimline lithium battery might be necessary if space is tight. Calculate your daily Ah needs, add a buffer, and choose a reputable brand like VoltX or Gentrax with a quality BMS. What size battery do I need for camping? To determine the right size battery for camping, you first need to calculate your daily power consumption in Amp-hours (Ah). List all devices you'll use (fridge, lights, chargers), their power draw in Amps, and how many hours per day you'll use them. Sum these to get your total daily Ah. For light use (e.g., phone charging, some lights for a weekend), a 50-100Ah LiFePO4 battery might suffice. For running a fridge and more extensive use, 100Ah to 200Ah is common. Extended off-grid trips may require 200Ah or more. Can I put a lithium battery in my caravan? Yes, you absolutely can put a lithium battery in your caravan, and it's a popular upgrade. However, it's crucial to ensure your caravan's charging systems are compatible with lithium (LiFePO4) batteries. This includes your mains charger (AC to DC), your vehicle's alternator charging circuit (often requiring a DC-DC charger specifically for lithium profiles), and your solar charge controller if you have solar panels. Proper installation, including secure mounting and correct fusing, is also essential. What are the best lithium batteries? The best lithium batteries are generally considered to be those using LiFePO4 (Lithium Iron Phosphate) chemistry due to their superior safety, long cycle life (often 2000+ cycles), and stable performance. A high-quality, reliable Battery Management System (BMS) is also critical for protecting the battery and ensuring its longevity. Trusted brands available in the market, such as VoltX and Gentrax, are known for producing quality LiFePO4 batteries suitable for camping and caravanning. Ultimately, the "best" battery is one that safely meets your specific capacity and power requirements. What is the lifespan of a lithium battery? The lithium battery lifespan, particularly for LiFePO4 types used in camping, is significantly longer than traditional lead-acid batteries. LiFePO4 batteries are typically rated for 2,000 to 5,000 charge cycles, and some can even exceed this under optimal conditions. This translates to many years of reliable service - often 10 years or more, depending on usage patterns and adherence to correct charging and maintenance practices. This far surpasses the typical 300-700 cycle life of many lead-acid deep cycle batteries. How do I maintain a lithium battery? Lithium battery maintenance for LiFePO4 types is minimal compared to older battery technologies. They do not require watering or equalisation charges. Key maintenance points include: This is branded content. The call of the great outdoors, from serene weekend camping trips to extensive caravan tours across the stunning landscapes, is an undeniable allure for many. However, the modern adventurer often requires reliable power to enhance these experiences, running everything from fridges to lighting and communication devices. While traditional power sources have long been the standard, the evolution of battery technology has introduced a far superior solution. Lithium batteries, particularly those utilising Lithium Iron Phosphate (LiFePO4) chemistry, have emerged as the premier choice for dependable camping power. This comprehensive guide aims to illuminate why Lithium Batteries for Camping are the intelligent investment for your outdoor adventures and how to navigate the various options, including different capacities and types of lithium battery systems, to select the one that perfectly matches your caravan or camping needs. When considering your portable power needs for camping or caravanning, the advantages of a LiFePO4 battery over traditional deep cycle batteries, such as AGM or lead-acid, are substantial and transformative for an off-grid experience. One of the most immediate benefits is their significantly lighter weight, a crucial factor when equipping vehicles like caravans, camper trailers, and 4WDs, where every kilogram counts. Beyond portability, lithium deep cycle battery technology boasts a much longer lifespan, offering a higher cycle life that translates to more adventures and superior long-term value. Faster charging capabilities mean you can replenish your power supply more quickly, which is especially beneficial when relying on solar panels or having limited generator run time. Furthermore, these batteries allow for a deeper discharge, enabling you to utilise more of the battery's stored capacity without risking damage. The consistent power output ensures your appliances run smoothly as the voltage remains stable throughout the discharge cycle. Critically, LiFePO4 chemistry is inherently safer than other lithium chemistries, providing peace of mind. These collective benefits culminate in a markedly improved camping and caravan battery experience: less weight to manage, more reliable and usable power, and the confidence that your camper trailer battery or RV battery will perform trip after trip, making them excellent deep cycle battery alternatives. Delving deeper into what makes these power sources so effective, Lithium Iron Phosphate (LiFePO4) is a specific type of lithium technology that has become the favoured chemistry for deep cycle, leisure, and automotive auxiliary applications. Its popularity stems from a unique combination of energy density, longevity, and inherent safety. A critical component of any LiFePO4 battery system is the integrated Battery Management System (BMS). BMS battery protection is not merely an add-on; it's an essential electronic system that monitors and manages the battery's state, ensuring both its health and safe operation. This sophisticated battery management system BMS provides crucial protections against overcharge, over-discharge, over-current, and extreme temperatures, any of which could otherwise compromise the battery's performance or lifespan. The synergy between the stable LiFePO4 chemistry and a robust BMS results in a battery that offers exceptional safety, reliability, and an impressive cycle life, making lithium iron phosphate batteries a leading choice for demanding applications. Determining the correct lithium battery size and voltage for your camping power needs or caravan power needs is fundamental to a successful off-grid setup. The first step is to estimate your total daily energy consumption in Amp-hours (Ah). This involves listing all the appliances you intend to power - such as a portable fridge, LED lights, phone chargers, water pumps, and perhaps an inverter for small 240V devices - and noting their typical power draw (Amps) and estimated daily run time (hours). Multiplying these figures for each appliance and summing them will give you your daily Ah requirement. Common battery voltages available include 12V, 24V, and 48V. For most camping and caravanning applications, a 12V lithium battery system is the most prevalent and suitable. Larger setups, or those for off-grid cabins, might consider 24V lithium battery or even 48V lithium battery systems, but these are less common for typical recreational use. When it comes to capacity, a 100Ah lithium battery or a 120Ah lithium battery (sometimes searched as 120ah lithium) can be adequate for shorter trips, efficiently powering a camping fridge and lights for a couple of days; a 120ah lithium battery for camping fridge setups is a very popular choice. For those planning longer weekends or needing to power a wider array of devices, a 200Ah lithium battery offers a good balance of capacity and practicality. If your adventures involve extended off-grid stays, running power-hungry inverters, or supporting a more demanding electrical load, then a 300ah lithium battery or even larger capacities will be necessary to ensure you have ample power. Considering these factors will help you determine the best lithium battery for a caravan or campsite. Once you have an idea of the capacity and voltage you need, it's time to explore the different physical forms and trusted brands of lithium batteries popular for camping and caravanning, as there are various lithium batteries for sale. A particularly sought-after option is the slimline lithium battery, also known as a slim lithium battery. Its slender design is a significant advantage where space is at a premium, such as behind seats in a 4WD, within narrow cavities in a camper trailer, or under bunks in a caravan. Other types, like Blade lithium batteries or Pro Series lithium batteries, may offer specific benefits in terms of energy density, discharge rates, or mounting options, catering to more specialised requirements. When considering brands, VoltX and Gentrax are well-regarded names in the market, known for producing reliable VoltX LiFePO4 and Gentrax LiFePO4 camping batteries. Many modern lithium batteries also come with desirable features like Bluetooth connectivity, allowing you to monitor battery status (voltage, current, capacity, temperature) conveniently from your smartphone, creating a Bluetooth lithium battery setup. Incorporating a lithium battery into your camping or caravan setup is a significant upgrade, and understanding the basics of the system will ensure optimal performance and longevity. Beyond the battery itself, several key components are essential for a complete and efficient lithium battery setup for a caravan or camper. You will require a lithium-compatible charger, specifically an AC to DC charger for when mains power is available. For charging from your vehicle's alternator while driving, a DC to DC charger is highly recommended; many modern units, often referred to as a DC DC MPPT charger, also include a solar regulator. If you plan on connecting solar panels to your LiFePO4 camping battery, a solar charge controller is necessary, with MPPT (Maximum Power Point Tracking) controllers generally offering better efficiency than PWM types for solar battery storage. Appropriate cabling, correctly sized for the expected current, and suitable fuses are crucial for safety and system integrity. When it comes to lithium battery installation, LiFePO4 batteries have minimal ventilation needs compared to traditional flooded batteries, but they must be securely mounted to prevent movement, especially when installing a lithium battery in your camper trailer or 4WD which will experience vibrations and movement. Upgrading to camping batteries lithium technology for your camper van, camper trailer, or general camping use signifies a move towards greater energy independence and convenience. The ease of use, coupled with the substantial benefits of a portable lithium battery for camping, such as reduced weight and extended lifespan, makes the transition a worthwhile investment. The key to a successful setup lies in carefully choosing the right battery size (Ah capacity) and type to match your specific requirements. We encourage you to explore the extensive range of lithium caravan batteries for sale and RV lithium batteries for sale to find the perfect power solution for your adventures. Before making a final decision on your lithium battery for camper van or camper trailer lithium batteries, always check the product specifications, consider any potential future increases in your power needs, and perhaps even look into a lithium power bank for camping as a supplementary option for smaller devices. Outbax is proud to offer a range of lithium batteries, designed to cater to a variety of caravanning needs and installation scenarios. What is the best lithium battery for a caravan? The "best" lithium battery for a caravan is invariably a LiFePO4 (Lithium Iron Phosphate) battery due to its safety, longevity, and efficiency. The ideal size (Ah capacity) depends on your individual power consumption - how many appliances you run and for how long. Consider your space constraints; a slimline lithium battery might be necessary if space is tight. Calculate your daily Ah needs, add a buffer, and choose a reputable brand like VoltX or Gentrax with a quality BMS. What size battery do I need for camping? To determine the right size battery for camping, you first need to calculate your daily power consumption in Amp-hours (Ah). List all devices you'll use (fridge, lights, chargers), their power draw in Amps, and how many hours per day you'll use them. Sum these to get your total daily Ah. For light use (e.g., phone charging, some lights for a weekend), a 50-100Ah LiFePO4 battery might suffice. For running a fridge and more extensive use, 100Ah to 200Ah is common. Extended off-grid trips may require 200Ah or more. Can I put a lithium battery in my caravan? Yes, you absolutely can put a lithium battery in your caravan, and it's a popular upgrade. However, it's crucial to ensure your caravan's charging systems are compatible with lithium (LiFePO4) batteries. This includes your mains charger (AC to DC), your vehicle's alternator charging circuit (often requiring a DC-DC charger specifically for lithium profiles), and your solar charge controller if you have solar panels. Proper installation, including secure mounting and correct fusing, is also essential. What are the best lithium batteries? The best lithium batteries are generally considered to be those using LiFePO4 (Lithium Iron Phosphate) chemistry due to their superior safety, long cycle life (often 2000+ cycles), and stable performance. A high-quality, reliable Battery Management System (BMS) is also critical for protecting the battery and ensuring its longevity. Trusted brands available in the market, such as VoltX and Gentrax, are known for producing quality LiFePO4 batteries suitable for camping and caravanning. Ultimately, the "best" battery is one that safely meets your specific capacity and power requirements. What is the lifespan of a lithium battery? The lithium battery lifespan, particularly for LiFePO4 types used in camping, is significantly longer than traditional lead-acid batteries. LiFePO4 batteries are typically rated for 2,000 to 5,000 charge cycles, and some can even exceed this under optimal conditions. This translates to many years of reliable service - often 10 years or more, depending on usage patterns and adherence to correct charging and maintenance practices. This far surpasses the typical 300-700 cycle life of many lead-acid deep cycle batteries. How do I maintain a lithium battery? Lithium battery maintenance for LiFePO4 types is minimal compared to older battery technologies. They do not require watering or equalisation charges. Key maintenance points include:
NDTV
01-06-2025
- Automotive
- NDTV
Suzuki e-Access: Built Smart, Rides Smarter, Purely Spot-On
In a world shifting to electric vehicles, Suzuki brings its trusted legacy to the forefront with the all-new e-Access - a smart electric scooter that blends innovation, reliability, and style like no other. Packed with Suzuki's next-gen e-Technology, the e-Access is here to redefine everyday electric mobility. Suzuki has a timely opportunity to make a strong mark, as India's EV landscape has rapidly evolved over the past six years. EV penetration has grown from just 1.9% in FY 2021-22 to a notable 6.1% in FY 2024-25. Leading this shift are electric scooters, which have seen a sharp rise in adoption, currently standing at an impressive 16.2%. These trends clearly signal that electric mobility is no longer a niche - it's fast becoming the mainstream choice for Indian commuters. To lead this shift, Suzuki is bringing its trusted legacy into the EV space with its advanced e-Technology, powering the all-new e-Access. Here's how it's making a difference. Suzuki e-Access: Built for Reliability, Tested to Be Trusted At the heart of the e-Access is a Lithium Iron Phosphate (LFP) battery, known for its long life, thermal stability, and safety. The fixed 3kWh LFP battery pack is backed by rigorous testing under various temperatures, conditions, and safety parameters. That's not all, it offers more. Lithium-Phosphate Battery For Indian Roads When it comes to powering your everyday ride, LFP batteries are simply built for India. With a life cycle that lasts two to three times longer, they help keep long-term ownership costs in check by delaying expensive replacements. What makes them truly ideal for Indian conditions is their superior heat resistance- they remain stable even in extreme summer temperatures. Add to that their natural protection against thermal runaway, and you have a battery that's not just smart, but safer and more dependable for daily commutes. It's the kind of confidence you want in your EV-every single day. 12 Ways Suzuki Makes Sure It's Road-Ready Before it hits the road, the Suzuki e-Access has already been through it all, quite literally. From extreme heat to icy cold, drops to deep submersion, every part of the e-Access is put through 12 intense reliability tests to prove it can handle whatever life throws at it. The scooter undergoes partial submersion, hot and cold temperature tests, and even a drop test to ensure toughness. It's shaken through a vibration test, and then each component, including the motor and battery, is bench-tested for performance and lifespan. When it comes to the battery, Suzuki leaves nothing to chance. It's subjected to temperature stress, submersion, crushing, and even a puncture test, mimicking real-world accidents and extremes. Maintenance-Free Belt Drive - Good for 7 Years! Suzuki's maintenance-free belt drive needs no lubrication or adjustments. Its toothed design and auto-tensioner prevent slippage and extend durability up to 7 years or 70,000 km. Perfect for riders seeking reliable, low-maintenance electric mobility with the e-Access. Smooth Power, Smart Modes, Regenerative Braking Suzuki's advanced Drive Mode Selection (SDMS-e) lets you adjust power delivery to match your riding style or traffic conditions. Combined with constant power delivery across all speeds, this gives the e-Access a smooth, confident feel, whether you're gliding through city traffic or cruising open roads. Plus, the regenerative braking system helps recharge the battery while slowing down, boosting efficiency and extending your ride time. All That, with Spot-On Design The Suzuki e-Access isn't just smart - it looks the part too. Inspired by its ICE sibling, the electric scooter blends sharp styling with thoughtful touches that make it stand out on city streets. The LED headlamp pairs with a uniquely designed front apron housing turn indicators on either side of the Suzuki badge. Smooth, minimal side panels, a long single-piece seat, raised metallic nameplates, and a chrome 'S' emblem give it a premium, refined presence, rounded off by stylish alloy wheels. It will be offered in three striking dual-tone colour options. Ride Smarter with e-Access Suzuki has packed the e-Access with modern features to stay ahead of the curve. A vibrant colour TFT LCD supports smartphone connectivity via the Suzuki Ride Connect-E app. Riders get three power modes - Eco, Ride A, and Ride B-plus a reverse mode for added convenience. A multifunction switch with keyless access rounds out the tech-savvy package, making the e-Access a smart, stylish pick for today's urban rider. The Electric Scooter You Can Count On With a perfect mix of technology, toughness, and everyday usability, the Suzuki e-Access is more than just an EV - it's a statement of dependability and modern living. And with Suzuki's legacy of trust backing it, this scooter is ready to power your journey smoothly, silently, and smartly. (Disclaimer: The above sponsored content is non-editorial and has been sourced from a third party. NDTV does not guarantee, vouch for, or necessarily endorse any of the above content, nor is it responsible for it in any manner whatsoever.)
