Consulting Services

Today, batteries, which are used in many sectors and daily life, play a critical role in energy storage. Battery groups are spread across a wide range of types and areas of use. In this article, you will find detailed information about battery packs and their various applications. Conventional battery packs are based on lead-acid technology, which has been used for many years and is widely preferred especially in the automotive sector. These batteries are designed to start starter motors and provide energy for vehicle electronics. Conventional battery packs may require regular maintenance. Maintenance, such as checking electrolyte levels and adding water when necessary, ensures a long battery life. With regular maintenance under the right conditions of use, these batteries can provide a long service life. These batteries must be charged and discharged regularly. Because they are designed to provide instantaneous high energy to start the starter motor, batteries that are not used regularly can suffer reduced performance. Regularly checking electrolyte levels, cleaning the terminals and checking the tightness of the battery terminal connections helps to maintain the healthy operation of conventional battery packs.

Maintenance-free dry-type batteries, which eliminate the need to add water, which is common in traditional batteries, are an important development in energy storage systems. These batteries offer a practical solution to users by operating in a closed system. Maintenance-free dry-type batteries do not require the addition of water. This is a great advantage for users because it saves time and labor by reducing the need for periodic maintenance. Failure to regularly check the water level in conventional batteries can shorten life. Maintenance-free dry type batteries have a longer service life due to low maintenance requirements. With no need to add water, these batteries offer an environmentally friendly energy storage solution. Reducing chemical waste minimizes environmental impact. Gel batteries are closed system batteries containing a special electrolyte gel. This special design provides reliable energy storage solutions in a variety of applications.Gel batteries have low maintenance requirements. They are long-lasting thanks to their closed systems where liquid electrolyte loss is minimized. This saves the user time and reduces operating costs. There is no need to regularly check the fluid level or add water as with conventional batteries. This means that gel batteries are maintenance-free. Gel batteries feature low liquid loss. As they operate in a closed system, they reduce environmental impact and ensure long battery life. These batteries are designed for a wide temperature range. This ensures effective performance in various climatic and weather conditions.

Battery packs are constantly evolving with technological developments. In this section, you will find information about the integration of new generation technologies such as lithium-ion into battery packs and the advantages this brings. Lithium-ion battery packs have a higher energy density than other conventional batteries. This makes smaller sizes and lightweight designs possible. Lithium-ion technology offers faster charging and discharging times. Users can store energy in less time or access the energy they need quickly. Lithium-ion battery packs generally have a longer life. Low self-discharge rate minimizes energy loss even in long term storage situations. The need to regularly check water levels, as with conventional batteries, is not present in lithium-ion battery packs. This results in less maintenance and a user-friendly experience.

Battery packs are used in many sectors with a wide range of applications. This article will focus on a variety of application areas, from industrial plants to caravan life, from telecommunication towers to solar energy systems. In large industrial plants, batteries are used to meet energy storage needs. Provides uninterrupted power supply and balances energy demands. In solar energy systems, they are used to store the energy obtained from solar panels. This is important to provide energy during periods when the sun is not shining. When choosing a battery, consider the type and intended use of your vehicle. For example, commercial vehicles may have different energy needs. Considering climatic conditions, choose between batteries with cold start characteristics or batteries with deep discharge characteristics. Choose batteries from trusted brands and quality manufacturers. This is important for performance and longevity. Some batteries have special features, for example, low maintenance or faster charging characteristics. Pay attention to the specific features that suit your needs.