A control software for lithium-ion batteries is the safest and most effective solution for ensuring the proper operation of a storage system and maximizing the benefits they offer. This technology provides an easy way to monitor battery charging, as well as control discharges, based on each user’s specific needs. This allows users to maximize battery life, resulting in lower costs.
How does intelligent energy storage software work?
Lithium-ion batteries are increasingly used in industrial storage systems, as they allow companies to save electrical energy for consumption at times when it would otherwise be much more expensive. These systems are complemented by monitoring and control software that allows for programming, visualization, and real-time monitoring of battery consumption, charging, and discharging.
Energy storage in lithium-ion batteries with intelligent software achieves a 40% savings for industries, as it helps to take advantage of electrical energy during specific hours, mainly when electricity is cheaper. Additionally, the software also offers the ability to control various electrical parameters of the site and battery systems (such as battery temperature, reducing the risk of overheating, which is especially useful for high-performance applications).
Quartux: Leader in storage with the best artificial intelligence software
At Quartux, we use proprietary artificial intelligence software that allows us to take advantage of variations in tariffs from the Federal Electricity Commission (CFE) to store electricity in low-cost lithium-ion batteries, which is used during peak supply line hours and is an excellent option for companies to avoid fines for poor energy quality and non-compliance with the Grid Code.
Thanks to our proprietary intelligent control software called Quartux Control, we distribute energy consumption and store electricity in lithium battery modules immediately, cleanly, and safely. We currently have systems installed with the best results in various sectors, such as airports, pharmaceuticals, hotels, manufacturing companies, supermarkets, textile companies, among others.
Save electrical energy with Quartux control software
Quartux’s energy storage system operates with state-of-the-art technology that adapts to any internal need or external change and is controlled by our software, which we specifically developed for use on the Mexican electrical grid. Our platform has the ability to reduce energy peaks and energy loads, thereby generating the greatest benefits for customers.
Additionally, the control software, which allows intelligent use of the storage system, helps to avoid equipment degradation to a greater extent, helping to increase profitability and the useful life of our energy storage systems.
Likewise, with Quartux Control, customers can monitor more than a thousand variables and obtain the most accurate information about their energy consumption levels, as well as identify any inefficiency that allows them to improve the quality of the energy they consume to fully comply with the Grid Code.
What other advantages does Quartux Control offer you?
With our lithium-ion battery control software, you will have all the information you need to know about our energy storage system at your fingertips:
- You can monitor equipment in real-time through an innovative advanced technology platform.
- You can add additional equipment to your intelligent system to complement it (such as generation systems).
- You get savings guarantees throughout the life of your Quartux storage systems.
Start enjoying the benefits of energy storage with Quartux
Quartux equipment is compact (can be installed in small places) and does not interfere with the building’s electrical system. They can even be placed outdoors or on the roof quickly and safely.
Each of our installations is tailored to the specific needs of our customers. The lithium-ion battery storage system has a lifespan of 20 years and can be used in any sector, in addition to being a great solution for industries that use a large amount of energy in their operating processes.
