With over a decade of expertise in China, GCE in the development and manufacturing of high voltage Battery Management Systems (BMS). Our BMS solutions, capable of handling voltages up to 1500V, are specifically tailored for LFP, NMC, and LTO batteries, serving various applications including UPS, residential, commercial, and industrial energy storage systems.
Versatility is a key feature of the GCE BMS. Supporting multiple parallel connections, it offers flexible configuration options in both two-level and three-level architectures. This adaptability allows our BMS to cater to a wide range of energy storage needs, spanning from smaller-scale kilowatt-hour (KWh) applications to larger-scale megawatt-hour (MWh) setups.
Additionally, the GCE BMS seamlessly integrates with renowned inverter brands available in the market. Notable compatibility includes Deye, Kehua, Sofar, Growatt, Sinexcel, ATESS, Sungrow, Goodwe, Megarevo, Voltronic Power, and many more. This compatibility ensures a hassle-free integration process, enabling customers to leverage the full potential of our BMS alongside their preferred inverter solutions.
At GCE, we pride ourselves on our extensive experience, commitment to quality, and customer satisfaction. Our team of skilled engineers and dedicated research and development efforts enable us to deliver top-of-the-line BMS solutions that adhere to the highest industry standards. Partner with GCE today and experience the power of our advanced BMS technology for all your energy storage requirements.
1.High-Quality LFP Batteries: Our energy storage systems utilize top-of-the-line Lithium Iron Phosphate (LFP) batteries, renowned for their exceptional performance. These Grade A batteries offer a combination of high capacity, lightweight design, and high power output.
2.Flexible Configuration: Our systems allow for easy expansion of both output and capacity by stacking multiple battery modules. This flexible configuration enables you to scale your energy storage according to your needs.
3.Excellent Compatibility: Our systems are designed with standard communication protocols, including CAN and RS485, ensuring compatibility with a wide range of hybrid and off-grid inverters available in the market. This seamless integration enables worry-free installation and operation.
4.Built-in Intelligent BMS: Our energy storage systems feature a built-in Intelligent Battery Management System (BMS) that ensures optimal performance and safety. It includes a precise coulomb counter for accurate monitoring and display of battery capacity.
5.Long Lifecycle: Our battery design is capable of sustaining over 6000 cycles or 10 years, providing you with a long-term, reliable, and durable energy storage solution. This extended lifespan ensures an economically efficient solution for your energy requirements.
6.Quick Installation Design: Our energy storage systems are specifically designed for fast and hassle-free installation. With plug-and-play components, you can eliminate the need for extensive wiring between battery packs, saving you valuable time and reducing manual installation costs.
PV power plant storage refers to the use of photovoltaic systems to store excess energy generated by solar panels for later use. This storage method is becoming increasingly important as more and more homes and businesses turn to renewable energy sources.
Island off-grid energy storage involves using energy storage systems to provide power for areas that are not connected to the main power grid. This is particularly useful for remote islands or other areas that are difficult to connect to traditional power sources.
Optical storage charge integration applications are a type of energy storage that utilizes light as a medium for transforming and storing energy. This technology has wide application in various industries, including telecommunications, transportation, and renewable energy.
Micro-grid applications refer to the use of energy storage systems to create self-sufficient micro-grids that can operate independently from the main power grid. These micro-grids are commonly used in rural or remote areas, and can also act as backup power sources for critical infrastructure.
An UPS (uninterruptible power supply) is a type of energy storage system that provides backup power in the event of a power outage. It is commonly used in industries where power interruptions can cause significant disruptions, such as data centers, hospitals, and banks.
A 220V DC power supply is an energy storage system that converts alternating current (AC) into direct current (DC) for use in different applications. This type of power supply is commonly used in industrial settings where high voltage DC power is required.
A solar storage system is an energy storage system that stores excess energy produced by solar panels for later use. This makes it possible to use solar energy even when there is no sunlight, making it a more reliable source of renewable energy.
Industrial and commercial energy storage systems are large-scale energy storage solutions designed for commercial or industrial environments. These energy storage systems are often used to manage energy demand and reduce a business's overall energy costs.
Energy Storage BMS Packaging and Shipping
Our Energy Storage BMS products are carefully packaged and shipped to ensure safe and timely delivery to our customers. The packaging process includes several steps to protect the product and its components during transportation. Below is a detailed description of our packaging and shipping procedures:
Packaging Process
All components of the Energy Storage BMS are carefully inspected and tested before packaging to ensure they meet our high quality standards.
The BMS is then placed in a specially designed foam insert to provide cushioning and protection during transportation.
Additional cushioning and protective materials are added to the package to further protect the BMS.
The package is sealed and labeled with the necessary shipping information.
Transportation Process
We offer our customers a variety of shipping options, including ground, air and ocean freight. Our shipping team carefully selects the most appropriate shipping method based on the destination, the size and weight of the package, and the customer's preferences. Below are the steps we take to ensure the safe delivery of our energy storage BMS:
Depending on the mode of transportation, the parcel is loaded onto a container or truck.
Our team monitors the parcel throughout the transportation process and updates the customer on the expected delivery date.
Upon arrival at the destination, our team unloads and inspects the parcel to ensure it is in good condition.
We also provide tracking information to our customers so they can follow the status of their packages during transit.
At Energy Storage BMS, we take great care in packing and shipping our products to ensure they arrive in good condition. Our goal is to provide our customers with a hassle-free experience and complete satisfaction with our products.
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