Forklift Battery Charger Power Consumption

Therefore facility operators can benefit from increasing forklift battery charger efficiency.

Forklift battery charger power consumption.

Since you have to put more power in the battery due to energy loss you have to put 48kw in to get the battery back above 80 charge. Crown battery can conduct a power study that will give you a sample of the amount of power consumption per day. You can review peak periods and drive the power to areas of demand without any ill affects to your battery fleet. Forklift operation can consume a substantial amount of energy over time and is prevalent across many different types of facilities.

In this example a 40 kwh battery would provide the necessary power to complete the daily usage. For example a customer replaced 60 chargers with high frequency units to maintain its 169 batteries. Supporting the battery is the best way to keep your forklift fleet running efficiently. Most industrial customers pay an average of 0 15 cent per kilowatt hour used when the utility pricing is averaged.

In a typical industrial electric forklift application with a 40 kilowatt hour battery the savings can be significant. The correct charging system can extend your battery life and ensure that your power consumption is managed well. The majority of facilities using electric forklifts currently power their batteries with chargers using. They can produce a quick return on investment virtually paying for themselves early in their life cycle.

V force motive power high frequency chargers help improve battery life reduce power consumption and lower energy costs. It is important to know the ah rating of your battery if you aren t replacing an existing charger or to check if the existing charger is sized correctly. However for companies keen to implement this technology in their warehouses considerations must be made to ensure they have a dedicated battery charging area fitted with the necessary safety features to meet forklift charging station power requirements.