Our Products
Lithium Iron Phosphate
LITHIUM FERRO PHOSPHATE (LFP) BATTERIES
Lithium Ferro Phosphate (LFP) batteries represent the latest advancement in solar energy
storage technology. Designed for high performance, safety, and longevity, LFP batteries are
rapidly replacing traditional battery systems in modern solar and backup applications.
Unlike conventional batteries, LFP batteries offer higher usable energy, faster charging,
longer cycle life, and minimal maintenance, making them ideal for both residential and
commercial energy storage needs. With advanced Battery Management Systems (BMS),
LFP batteries ensure stable performance, thermal safety, and optimized energy utilization
under varying load conditions.
As solar adoption grows, LFP batteries have become the preferred choice for users seeking
reliable, future-ready, and efficient energy storage solutions.
WHY CHOOSE LFP BATTERIES?
- High Safety Standard – Excellent thermal stability and low risk of overheating
- Longer Lifespan – Designed for thousands of charge-discharge cycles
- Higher Efficiency – More usable energy compared to conventional lead acid batteries
- Fast Charging – Efficient solar energy absorption during daylight hours
- Low Maintenance – No water top-up or frequent servicing
- Compact & Lightweight – Space-saving design for modern installations
Why LFP is the Smart Choice for Solar Storage
LFP batteries deliver consistent performance and long-term value, making them ideal for evolving energy demands.
LFP BATTERIES FOR HOME UPS
LFP batteries are redefining home UPS systems by offering smarter, safer, and longer-
lasting power backup solutions. Designed for modern households, LFP batteries provide
stable power output, fast charging, and deeper discharge capability, ensuring uninterrupted
backup for essential home appliances.
With integrated BMS technology, these batteries continuously monitor voltage, temperature,
and current, protecting the system while optimizing performance. Their compact size and
maintenance-free operation make them ideal for apartments, villas, and smart homes.
Lead acid -commercial & Indus application
How Do LFP Home UPS Systems Work?
A home UPS system equipped with LFP batteries operates by storing electricity in the battery when power is available and releasing it when there is a grid power failure. Here’s the working principle:
- Charging Mode: When grid power is present, the UPS charges the LFP battery using reliable, efficient battery chemistry.
- Backup Power Mode: During power interruptions or outages, the stored energy in the LFP battery is delivered to critical home loads via the UPS inverter.
- Smart Energy Management: Modern UPS inverters integrate Battery Management Systems (BMS) that monitor voltage, current, and temperature to optimize battery usage and ensure safety.
- Residential Apartments & Villas: Continuous power backup for lights, fans, TV, fridge, Wi-Fi, and essential appliances
- Smart Home Systems: Stable energy storage for home automation components
- Work-from-Home Setups: Reliable power during outages for laptops, routers, and video calls
- Home Theaters & Entertainment Systems: Consistent backup with clean power delivery
Applications — Where LFP Home UPS Shines
Technical Specifications (Example) – (To be check)
| Feature | Description |
|---|---|
| Battery Type | Lithium Ferro Phosphate (LFP) |
| Nominal Voltage | 48 V / 24 V / 12 V options |
| Cycle Life | ~4000–6000 cycles |
| Warranty Options | 2 yr / 5 yr / 10 yr |
| BMS | Integrated Smart Battery Management |
| Operating Temp | -10 °C to 55 °C |
| Maintenance | Minimal / Zero |
Frequently Asked Questions (FAQ)
1. Are LFP batteries better than conventional batteries for home UPS?
Yes. LFP batteries provide
- Longer life
- Deeper discharge capability
- Faster charging and
- Improved safety
compared to traditional lead acid batteries.
2. Do LFP batteries require maintenance?
LFP batteries are maintenance-free and do not require periodic watering, electrolyte topping,or routine servicing, unlike conventional lead-acid batteries.
3. How long do LFP batteries last in a home UPS system?
With proper usage and charging cycles, LFP batteries backed by warranty options up to 10 years.
4. Can LFP home UPS batteries handle heavy household loads?
Yes. Modern LFP systems are designed to support heavy loads such as lift, motors & Air conditioners (AC) depending on system design and inverter rating.
5. Is an LFP battery safe for indoor installation?
Absolutely. LFP batteries are among the safest lithium-ion chemistries with built-in safety and thermal stability, suitable for indoor home UPS setups.
6. Why LFP is the Future of Home UPS
LFP batteries represent a leap forward in energy storage — combining long life, high efficiency, deep discharge ability, and exceptional safety. As residential power needs evolve, LFP battery-based home UPS systems deliver reliable backup, smarter energy management, and peace of mind for modern homeowners.
LFP BATTERIES FOR COMMERCIAL & INDUSTRIAL UPS
Lithium Ferro Phosphate (LFP) batteries are increasingly becoming the backbone of modern commercial and industrial power backup systems. Designed to handle high load demands,
frequent cycling, and extended operating hours, LFP batteries offer a reliable, safe, and efficient energy storage solution for businesses that cannot afford downtime.
Unlike conventional lead-acid batteries, LFP technology delivers consistent voltage output, higher usable capacity, and superior thermal stability, making it ideal for mission-critical applications such as data centers, offices, hospitals, manufacturing units, retail outlets, and IT infrastructure. When integrated with a properly sized UPS or solar inverter system, LFP
batteries ensure uninterrupted power continuity even under demanding operating conditions.
With their advanced Battery Management System (BMS), LFP batteries actively monitor cell
voltage, current flow, temperature, and state of charge in real time. This intelligent control
enhances safety, optimizes performance, and significantly extends battery life—making LFP
batteries a future-ready investment for commercial power backup.
Key Benefits
1.High Cycle Life for Continuous Operation
LFP batteries are engineered for daily and frequent charge-discharge cycles, offering 3,000–6,000+ cycles depending on operating conditions. This makes them highly suitable for commercial environments with regular power fluctuations or extended backup requirements.
2.Higher Usable Energy (Deep Discharge Capability)
With up to 80–90% Depth of Discharge (DoD), LFP batteries allow businesses to utilize more stored energy without impacting battery health—unlike lead-acid batteries, which are limited to shallow discharge.
3.Superior Safety & Thermal Stability
LFP chemistry is inherently stable and resistant to thermal runaway. Combined with an integrated BMS, it provides protection against over-charging, over-discharging, short circuits, and overheating, ensuring safe operation even in high-load commercial environments.
4.Reduced Operational & Maintenance Costs
Zero water topping, no acid fumes, and minimal maintenance translate into lower lifecycle costs. Faster charging also reduces generator dependency, improving overall energyefficiency.
5.Compact & Scalable Design
LFP battery banks occupy less space and can be easily scaled by adding modules as power requirements grow—making them ideal for expanding businesses.
Applications
LFP batteries are widely adopted across multiple commercial sectors, including:
Solar System Components
- Corporate offices & IT parks
- Data centers & server rooms
- Hospitals & diagnostic labs
- Retail stores & shopping complexes
- Manufacturing units & automation systems
- Telecom infrastructure
- Educational institutions
- Commercial solar + UPS hybrid systems
Their ability to deliver stable power under fluctuating loads makes them suitable for both critical and non-critical applications.
Frequently Asked Questions (FAQ)
1. Are LFP batteries suitable for continuous commercial usage?
Yes. LFP batteries are well suited for continuous commercial usage and mission-critical applications such as hospitals, CNC machines, data centers, diagnostic labs, and industrial automation systems. Their high cycle life and thermal stability allow them to operate reliably under frequent charge-discharge conditions, ensuring uninterrupted power for equipment that cannot tolerate downtime.
2. Are LFP batteries suitable for equipment with sudden load spikes?
Yes. LFP batteries respond quickly to sudden load variations and high inrush currents, which are common in CNC machines, medical equipment,compressors, elevators, and industrial tools. When paired with an appropriately rated UPS, they help maintain voltage stability and protect equipment from power fluctuations.
3. How do LFP batteries help reduce operational costs?
LFP batteries reduce operational costs by ensuring that stored energy is used efficiently instead of being wasted. Their ability to deliver stable power even at low charge levels allows businesses to fully utilize stored energy, minimizing unused capacity. Faster charging ensures maximum energy capture during available power or solar generation windows, while consistent performance reduces dependence on diesel generators during outages. Over time, the long service life and maintenance-free operation of LFP batteries further reduce replacement and servicing expenses, resulting in lower overall operating costs.
4. Are LFP battery systems scalable for growing businesses?
Yes. LFP battery systems are highly scalable due to their modular design, allowing additional battery modules to be added as business energy demand grows. Their high cycle life supports frequent daily usage, and they integrate seamlessly with solar and other renewable sources—making them a future-ready solution for expanding commercial and industrial applications.
5. Do LFP batteries meet safety and compliance standards?
Yes. Quality LFP batteries comply with international safety and performance standards and include advanced BMS protection to ensure safe operation in commercial and industrial installations.
