Introduction to Voltsmile W1 Wall-mounted LI-ION BATTERY 51.2V 200AH
I. Overview
The W1 wall-mounted LI-ION BATTERY (51.2V 200AH) by Voltsmile is an outstanding product in the field of energy storage. It combines a variety of advanced features to meet the energy storage needs of different users in various scenarios.
II. Robust and Reliable Energy Storage
1. Exceptional Performance
- The Voltsmile W1 wall-mounted lithium-ion battery pack is the ultimate solution for robust and reliable energy storage requirements. In today’s environment where high stability of energy storage is highly demanded, whether it is dealing with sudden power outages or serving as a storage device for renewable energy sources such as solar and wind energy, the W1 can provide stable energy support with its excellent performance.
2. Stable Power Supply Assurance
- The design concept of this battery focuses on providing reliable energy storage. Whether in a home energy storage system or in the backup power setup of small commercial facilities, it can ensure the continuity and stability of the power supply. This is of crucial importance for devices and places that require extremely high power supply stability, such as data centers and medical equipment.
III. High Voltage and Large Capacity
1. Advantages of High Voltage
- The battery operates at 51.2V. This high-voltage characteristic enables it to have higher efficiency in power transmission and conversion. Compared with low-voltage batteries, under the same power requirement, high voltage can reduce the loss during current transmission, thus improving the efficiency of the entire energy system.
2. Large Capacity to Meet Various Needs
- With a large capacity of 10.24kWh, the Voltsmile W1 can provide a reliable power supply for various applications. For example, in a home energy storage system, it can store the excess electricity generated by solar panels at night for use during the day, greatly improving the family’s utilization efficiency of renewable energy. In some small commercial places, such as small street-side shops or small offices, it can serve as a backup power source during power outages to ensure the normal operation of key equipment such as cash registers and computers.
IV. Indoor and Outdoor Versatility
1. Flexible Application Scenarios
- The Voltsmile W1 is designed with full consideration of the needs for indoor and outdoor applications, providing great flexibility for energy storage solutions. Indoors, it can be used as a core component of a home energy storage system and integrated with other smart home devices to achieve intelligent energy management. For example, in cooperation with a smart meter, it can automatically adjust the charging and discharging strategies according to the electricity prices at different times to save electricity bills.
2. Adaptation to Different Environmental Requirements
- Outdoors, it also perform excellently. Whether installed beside an outdoor solar power generation system or in some small off-grid power generation facilities in remote areas, the W1 can operate stably. This indoor-outdoor universal characteristic enables it to adapt to various different energy storage scenarios, whether in urban residential and commercial buildings or in rural small-scale power generation facilities.
V. Durable and Weather – Resistant
1. Sturdy Enclosure Design
- The Voltsmile W1 with an IP67 rating has a sturdy and durable enclosure design that can effectively resist various harsh environmental factors. Whether it is sand, rain, or extreme temperature changes, it will not have a significant impact on its performance. This feature gives it a great advantage when installed outdoors, without worrying about equipment damage caused by weather changes.
2. Reliable Outdoor Operation Ability
- For outdoor energy storage applications, a reliable power supply is crucial. The durability and weather adaptability of the W1 ensure stable energy output under all conditions. For example, in some areas that often suffer from severe weather, such as coastal areas or mountainous areas, it can be used as a reliable energy storage device to provide continuous power support for local small communities or independent buildings.