Electric Brewing System

An electric brewing system comprises:

• a plurality of kettles;
• a plurality of strainer buckets;
• a support frame;
• a plurality of winches;
• an electronic control unit (ECU);
• a plurality of temperature sensors;
• a recirculation pump;
• each of the plurality of strainer buckets comprises a hollow tube, a mesh endcap, and a handle;
• each of the plurality of kettles comprises a kettle body, a main valve, a recirculation valve, a whirlpool-inducing recirculation pipe, a heating element, an element-receiving receptacle, and a sight glass;
• the support frame comprises a base, a plurality of support beams, and a winch-adjustment rail;
• the ECU comprises a housing, a microcontroller, a control panel, and a display device;
• the recirculation pump comprises an inlet and an outlet;
• the main valve and the recirculation valve being integrated into the kettle body;
• the whirlpool-inducing recirculation pipe being detachably mounted onto the kettle body;
• the main valve, the recirculation valve, and the whirlpool-inducing recirculation pipe being in fluid communication with an interior cavity of the kettle body;
• the heating element being mounted within the kettle body;
• the kettle body being mounted onto the support frame;
• each of the plurality of strainer buckets engaging into the interior cavity of a corresponding kettle from the plurality of kettles;
• the plurality of winches being mounted onto the support frame, offset from the plurality of kettles;
• each of the plurality of winches being tethered to a corresponding bucket from the plurality of strainer buckets;
• the ECU being laterally mounted onto the support frame;
• the ECU being electronically connected to the heating element from each of the plurality of kettles;
• the microcontroller being mounted within the housing;
• the control panel being externally mounted onto the housing;
• the display device being externally mounted onto the housing;
• the display device being positioned adjacent to the control panel;
• the control panel, the display device, and each heating element from the plurality of kettles being electronically connected to the microcontroller;
• each of the plurality of temperature sensors being in thermal communication with the corresponding kettle;
• the plurality of temperature sensors being electronically connected to the ECU;
• the recirculation pump being in fluid communication with the interior cavity of each of the plurality of kettles;
• the inlet being in fluid communication with the main valve;
• the outlet being in fluid communication with the whirlpool-inducing recirculation pipe;
• the base being terminally connected to each of the plurality of support beams;
• the plurality of support beams being peripherally positioned around the base;
• each of the plurality of support beams being positioned normal to the base;
• the winch adjustment rail being terminally connected to each of the plurality of support beams, opposite to the base;
• the winch-adjustment rail being positioned parallel to a length of the base;
• the plurality of winches being slidably mounted onto the winch-adjustment rail;
• the plurality of kettles being mounted onto the base;
• the element-receiving receptacle traversing into the kettle body;
• the heating element engaging into the element-receiving receptacle;
• the heating element being in thermal communication with the interior cavity;
• the sight glass being mounted onto a lateral surface of the kettle body;
• the sight glass being in fluid communication with the interior cavity;
• the mesh endcap being adjacently connected to a first end of the hollow tube;
• the mesh endcap being positioned across a first opening of the hollow tube;
• the handle being adjacently connected to a second end of the hollow tube;
• the handle being positioned across a second opening of the hollow tube;