DC power systems are an integral part of providing power to remote or temporary systems where uninterrupted power is required. With the flexibility to design around AC and DC energy sources and loads, and to design for a variety of system sizes, solar battery storage as part of your remote power application is an optimal choice.
Applications for DC Power stations can extend from temporary solutions in built-up environments for temporary or fixed lighting, CCTV solutions at worksites, or manufacturing and construction sites to remote sites reliant on solar autonomy. A DC Power system will provide reliability and a long lifetime on remote solar sites, a DC Power System is the ideal solution for remote environmental monitoring and telemetry sites where costs to visit for maintenance are expensive and time-consuming.
DC Power Supply System
On each site a system can be highly customisable, however, there are aspects that all DC Power System design will have in common.
For the Inbound Power component, there will be the power generation systems. This can be purely DC, such as a solar array, or it can be supplemented by AC power systems such as the grid or a generator. This portion will also contain the regulator and the battery charger if it is required for the system.
The Power Storage system will consist of the battery, any fusing or shunts that are required, and the balance of systems.
The Outbound Power side is highly dependent on the load profile of the system, with inverters required for any AC loads, DC/DC converters required for any DC load at different voltages, or low voltage disconnect devices if the load is also be required to be protected.
See the diagram below of a typical DC power supply design system.
INDUSTRIAL POWER APPLICATIONS
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DC POWER SYSTEM DIAGRAM - Main components
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DC Power Systems' design can be very simple or very complex. Depending on the type of application they are designed for, most systems consist of the following 3 main segments. The diagram below includes links to further information about the three system segments as well as all the individual hardware items involved.
1. Inbound Power System various sources of which power is gathered.
2. Power Storage System comprising of the battery and the protection & monitoring accessories.
3. Outbound Power System hardware is needed to provide different types of power for the user’s needs.
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