Deep Cycle Batteries
The Benefits of Deep Cycle Batteries
When it comes to an affordable battery that is as reliable as it is energy-efficient, there are none that can match the performance of deep cycle batteries. But what’s so beneficial about these types of energy sources, what are they best suited to, and how do they work in general? Get to know a little bit more about this unique type of energy cell by visiting your local battery installers in Perth.
Reliability
Most modern energy cells are developed to release an instant burst of power, and then re-balance themselves in order to operate. This can cause inconsistencies in power, and it’s not uncommon for these types of cells to stutter from time to time as the flow of energy is interrupted. DC batteries differ, in the sense that they discharge the majority of their capacity as soon as they are activated, and the result is a consistent level of energy that flows when in use, and then dissipates when no longer needed. This provides a far more reliable method of functionality, and one that surpasses its equivalents.
Performance
As the energy provided from a DC battery is far more consistent, it allows for a greater regulation of energy. As far as performance goes, any vehicles fitted with one of these energy sources will experience a greater level of activity, and one that remains consistent and without fluctuation or depreciation, for hours and hours at a time. This makes them particular useful for vehicles that receive a lot of run time, such as family cars, transport lorries, freight vans, and even smaller aeroplanes.
Affordability
The cost is one of the most prominent elements to consider when purchasing an energy source, and DC cells cater to budgets of all sizes. Smaller versions are available for motorcycles and even mowers, whereas larger alternatives are a good option for bigger vehicles. They are even more affordable when considering just how long they last – and in most cases they can remain functional for well over a decade, without any need for repair or replacement.
Safety
If there’s one concern with energy sources, it’s their tendency to leak energy. Not only can this be wasteful – it’s often very dangerous too, especially if people and objects are able to come in to contact with the acidic properties. DC cells are constructed using a denser material than cheaper alternatives, and as the method in which they discharge is unique, they are considered a far safer option by most.
Versatility
Most energy sources simply discharge power as and when required, without any consideration for excessive energy. Where DC cells differ, is the way in which they discharge their energy. In most instances, they will discharge between 45-75% of their energy levels, but it is entirely possible to adjust this energy and reduce it if required. This means that a consistent, albeit lower, energy flow can be obtained, making the cells ideal for use as a backup power source, or a central source or energy within vehicles that can operate with a lesser flow of power.
When it comes to an affordable battery that is as reliable as it is energy-efficient, there are none that can match the performance of deep cycle batteries. But what’s so beneficial about these types of energy sources, what are they best suited to, and how do they work in general? Get to know a little bit more about this unique type of energy cell by visiting your local battery installers in Perth.
Reliability
Most modern energy cells are developed to release an instant burst of power, and then re-balance themselves in order to operate. This can cause inconsistencies in power, and it’s not uncommon for these types of cells to stutter from time to time as the flow of energy is interrupted. DC batteries differ, in the sense that they discharge the majority of their capacity as soon as they are activated, and the result is a consistent level of energy that flows when in use, and then dissipates when no longer needed. This provides a far more reliable method of functionality, and one that surpasses its equivalents.
Performance
As the energy provided from a DC battery is far more consistent, it allows for a greater regulation of energy. As far as performance goes, any vehicles fitted with one of these energy sources will experience a greater level of activity, and one that remains consistent and without fluctuation or depreciation, for hours and hours at a time. This makes them particular useful for vehicles that receive a lot of run time, such as family cars, transport lorries, freight vans, and even smaller aeroplanes.
Affordability
The cost is one of the most prominent elements to consider when purchasing an energy source, and DC cells cater to budgets of all sizes. Smaller versions are available for motorcycles and even mowers, whereas larger alternatives are a good option for bigger vehicles. They are even more affordable when considering just how long they last – and in most cases they can remain functional for well over a decade, without any need for repair or replacement.
Safety
If there’s one concern with energy sources, it’s their tendency to leak energy. Not only can this be wasteful – it’s often very dangerous too, especially if people and objects are able to come in to contact with the acidic properties. DC cells are constructed using a denser material than cheaper alternatives, and as the method in which they discharge is unique, they are considered a far safer option by most.
Versatility
Most energy sources simply discharge power as and when required, without any consideration for excessive energy. Where DC cells differ, is the way in which they discharge their energy. In most instances, they will discharge between 45-75% of their energy levels, but it is entirely possible to adjust this energy and reduce it if required. This means that a consistent, albeit lower, energy flow can be obtained, making the cells ideal for use as a backup power source, or a central source or energy within vehicles that can operate with a lesser flow of power.