Let's find out why you need us!
Like all electrical systems managing high power and voltage, Galvani Power batteries prioritize safety, both from a product and working environment perspectives. This principle is applied in different ways such as:
Modularity is Galvani Power’s key to unlock reduced development times, and scalability for an entire product line while maintaining the best performance. Galvani Power focuses particularly on interfaces modularity for systems and production processes to cut down engineering costs while flawlessly adapting to clients’ solutions.
Galvani Power does not just offer its finished product, but provides support for the battery integration with the client’s solution. This service stems from our knowledge of both the complexity of the battery and its importance to achieve a system’s best performance. Our proactive approach ensures the best support through the electrification transition.
To provide the best performance and safety, the lithium battery management system (BMS) plays a key role in all monitoring functions, battery management and control
Thanks to its BMS, Galvani Power batteries can:
Battery’s performance depend mostly from the cells’ chemistry. Galvani’s technology, while focusing on LFP and LTO, does not poses any limit to the employment of other chemistries.
The right chemistry is selected according to the client’s requirement, aiming at a solution that delivers either the highest energy density favouring autonomy, or power density favouring performance.
Lithium iron phosphate batteries (lifepo4) are a lithium-ion battery technology that uses electrolyte composed of lithium salts dissolved in organic solvents. Below are some common technical specifications for LFP lithium batteries:
The technical specifications of LFP lithium batteries may vary depending on the specific application for which they are designed.
We make them together with the customer according to his needs.
The combination of Nickel, Manganese and Cobalt, known as NMC (LiNixMnyCozO2), is one of the most widely used lithium battery chemists in the automotive world.
There are several variants of NMC chemistry, differentiated by the proportion of each metal:
As regards certain technical specifications:
Lithium titanate (LTO) lithium batteries are a type of lithium-ion battery that uses lithium titanate as an anode.
Here are some of the technical specifications of LTO batteries:
LTO batteries are often used in applications where long life, fast charging and increased safety are required. Technical specifications can vary depending on the specific application for which they are designed. We make them together with the customer according to his needs.
Temperature plays a crucial role in the battery’s management in terms of safety, performance, and lifespan. For this reason, Galvani Power’s batteries are developed to perform both cooling functions, to prevent potential dangerous reactions, and heating ones, to avoid significant battery life reductions.
Liquid bottom cooling gives to your battery several advantages:
Combination of bottom liquid cooling and air cooling:
The battery is the heart of an electric powertrain. For this reason it is extremely important to closely follow its life cycle, for regulatory reasons as well as to provide the client with a complete overview of the product’s performance and the appropriate guidelines on its usage and management.
To deliver this service, Galvani Power’s batteries are gauge constantly all internal performance to avoid risks and optimise lifespan and energy efficiency.
Galvani Power firmly believes that this technological transition should always go hand in hand with environmental sustainability and never compromise it. For this reason the entire life cycle of the batteries is closely followed thanks to its development taking also into account its usage after the installation, which can later translate into:
For knowing more about recycling of battery pack check out the Directive 2006/66/EC of the European Union. In short, the directive aims to reduce the environmental impact of batteries by promoting their collection and recycling and limiting the use of harmful materials.