Product Detail
1.Positive electrode plate: The powerful tube plate is made of lead calcium tin alloy, optimized for high corrosion resistance, providing an extreme high cycle life;
2.The negative electrode grid plate structure includes: lead calcium alloy;
3.Separators: Microporous and powerful PVC silica separator, aligned with positive and negative plates and optimized for low internal resistance;
4.Terminal bipolar: threaded connection for easy and safe assembly and maintenance, with excellent conductivity and free connection;
5.Valve: A cell that releases a gas protective atmosphere under overpressure, with reasonable valve opening and closing pressure, ensuring high performance and reliability.
6.Recycling: With a recycling cycle of 1200 cycles, this is an environmentally friendly option. This high recycling capacity reduces the environmental impact associated with battery disposal.
7.Core features of VRLA technology: The product adopts a valve-regulated sealed design, with the electrolyte in a gel or adsorbed state. The product is completely sealed with no risk of leakage and can be installed in any direction (both vertically and horizontally).
8.Deep cycle performance: To meet the emergency power supply requirements of UPS and inverters,the product has the ability to quickly recharge after deep discharge.
9.Low-temperature adaptability: The electrode alloy and electrolyte formula have been optimized, enabling stable power output in an environment ranging from -15°C to 40°C. This solves the problem of sudden capacity drop in ordinary batteries at low temperatures.
10.Low self-discharge rate: The self-discharge rate is less than 3% per month when idle. The product can still maintain a certain amount of power after long-term storage, reducing the frequency of regular power replenishment for UPS systems and lowering maintenance costs.
Main Application
1.Solar and Wind Energy
In solar power systems, these batteries store excess electricity generated during peak sunlight hours for use during nighttime or cloudy days. Their high - cycle - life feature ensures they can withstand frequent charge - discharge cycles, maintaining consistent performance over time.
For wind energy farms, they buffer the intermittent power output of wind turbines, stabilizing the power grid connection and ensuring a continuous supply of electricity.
2.Telecommunications
In cell phone towers and telecommunications exchanges, these batteries serve as backup power sources. In case of power outages, they keep the communication equipment running, ensuring uninterrupted mobile network coverage and data transmission.
3.Electric vehicles, floor equipment, ocean, tourist buses
Electric Vehicles: Provide auxiliary power for electric vehicles, powering components like the air - conditioning system, infotainment, and lighting when the main battery is conserving power. They also assist in regenerative braking systems, storing the energy recaptured during braking for later use.
Floor Equipment: For equipment such as floor - cleaning robots and automated guided vehicles in warehouses, these batteries offer long - lasting power, enabling continuous operation without frequent recharging. Their compact design and high energy density make them suitable for space - constrained floor - based devices.
Ocean: In marine applications like underwater vehicles and buoys, they are designed to withstand harsh marine environments, including high humidity and saltwater corrosion. They power navigation lights, sensors, and communication devices, ensuring reliable operation in oceanic conditions.
4.Energy storage power station
In large - scale energy storage power stations, these batteries aggregate and store electricity from various sources (such as solar, wind, and hydro). They play a key role in load - shifting, storing electricity during periods of low demand (e.g., at night) and releasing it during peak demand (e.g., during the day).
This helps balance the power grid, improve energy efficiency, and reduce reliance on fossil - fuel - based power generation.
5.UPS Uninterruptible Power Supply Supplier
In data centers, hospitals, and industrial control rooms, UPS systems equipped with these batteries provide instant backup power when the main power supply fails. They prevent data loss in data centers, ensure the continuous operation of life - saving medical equipment in hospitals, and protect industrial machinery from damage due to sudden power outages.
6.Safety/Emergency Lighting
In commercial buildings, residential complexes, and public facilities, these batteries power safety and emergency lighting systems. In the event of a fire, earthquake, or other emergencies that cause power failures, they illuminate evacuation routes, helping people safely exit buildings.
