An electrical control system for fixtures, devices and appliances, and adapted for consolidating multiple control points, said system comprising: (a) a block comprising a block rear, a block front, a block cavity, a block alternating current power supply connector, a block alternating current power transfer connector, and a leveling screw located on a side of the block, said leveling screw adjustably affixes the block into a static position inside a household electrical box, wherein said block rear comprises the block AC power supply connector disposed thereon, wherein said block AC power supply connector operatively attaches to an alternating current power supply, wherein said block AC power supply connector passes through the block via the block cavity, wherein said block front comprises a block AC power transfer connector disposed thereon, wherein said block AC power transfer connector operatively attaches to the block AC power supply connector; and (b) a control module comprising a control-module rear, a control-module user interface, a control-module cavity, and a control-module alternating current power connector, wherein the control module user interface further comprises a control-module switch or a control-module thermostat disposed thereon, wherein said control-module switch or said control-module thermostat operatively attaches to a control-module transmitter disposed in the control module; wherein said control-module rear comprises the control-module AC power connector disposed thereon, wherein said control-module AC power connector operatively connects to the block AC power transfer connector, wherein the block AC power transfer connector is connected to the control-module AC power connector via a mated pair of male and female connectors, wherein said control-module AC power connector passes through the control module via the control-module cavity, wherein said control-module user interface operatively attaches to the control-module AC power connector, wherein said control-module switch or said control-module thermostat operatively attaches to the control-module AC power connector, wherein said control module AC power connector passes through the control module via the control-module cavity, thereby power is transferred from the AC power supply, via the block AC power supply connector, via the block AC power transfer connector, via the control-module AC power connector, to the control-module user interface, to the control-module switch or the control-module thermostat, and the control-module transmitter, wherein said control-module switch or said control-module thermostat is adapted to activate the control-module transmitter, which is adapted to transmit a signal to a remote receiver located in a fixture, device, or appliance, wherein the remote receiver is adapted to activate the fixture, device, or appliance upon receiving the signal from the control-module transmitter, wherein, the electrical control system for fixtures, devices and appliances is adapted to consolidate multiple control points to remotely activate a combination of fixtures, devices and appliances via the features of the control module. (a) a block comprising a block rear, a block front, a block cavity, a block alternating current power supply connector, a block alternating current power transfer connector, and a leveling screw located on a side of the block, said leveling screw adjustably affixes the block into a static position inside a household electrical box, wherein said block rear comprises the block AC power supply connector disposed thereon, wherein said block AC power supply connector operatively attaches to an alternating current power supply, wherein said block AC power supply connector passes through the block via the block cavity, wherein said block front comprises a block AC power transfer connector disposed thereon, wherein said block AC power transfer connector operatively attaches to the block AC power supply connector; and (b) a control module comprising a control-module rear, a control-module user interface, a control-module cavity, and a control-module alternating current power connector, wherein the control module user interface further comprises a control-module switch or a control-module thermostat disposed thereon, wherein said control-module switch or said control-module thermostat operatively attaches to a control-module transmitter disposed in the control module;