We claim:
1. A system (200) for powering a plurality of loads comprises:
a renewable energy source (102);
a control unit (202), wherein the control unit (202) comprises:
5 a driving unit (104), wherein the driving unit (104) is
electrically connected to an output port of the renewable
energy source (102) and an input port of a load (106),
wherein the driving unit (104) is configured to receive power
from the renewable energy source (102) and provide a
10 received power to the load (106) based on a first signal
received from a controller (204);
a charging unit (108) connected to the output port of the
renewable source (102) and a battery (110), wherein the
charging unit (108) is configured to receive the power from
15 the renewable energy source (102) and provide the received
power to the battery (110) based on a second signal received
from the controller (204); and
a monitoring unit (206) connected to the controller (204),
wherein the monitoring unit (206) is configured to monitor
20 power of the load (106) and the battery (110) in real time;
wherein during operation, the controller (204) is configured to
selectively generate the first signal, the second signal, and both
signals concurrently based on monitored power of the load (106),
the battery (110) in real time, and a minimum to maximum power
25 requirement range of the load (106), thereby selectively providing
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power to the load (106), the battery (110), and concurrently to both
the load (106) and the battery (110).
2. The system (200) as claimed in claim 1, wherein the control unit (202)
operates in different modes based on the generated power and an
energy storage levels, enabling switching between motor operation
and battery charging.