System and method for enhanced provision of hot water

A method of providing heated water comprising:

• receiving input water having an input water temperature at a first port of a thermostatic mixing valve;
• communicating a first portion of the input water from a second port of the thermostatic mixing valve to a first inlet of a hot water tank;
• heating the first portion of the input water within the hot water tank to generate heated water having an elevated temperature that is greater than the input water temperature;
• communicating a second portion of the heated water from the hot water tank to a third port of the thermostatic mixing valve;
• mixing, at a thermostatic mixing valve, a third portion of the input water having the input water temperature with the second portion of the heated water having the elevated temperature, so as to generate mixed water having a desired output temperature;
• receiving a control signal that causes an additional valve at least indirectly coupling a fourth port of the thermostatic mixing valve with a buffering device to have an open status, so that a fourth portion of the mixed water flows from the thermostatic mixing valve to the buffering device;
• and
• outputting the fourth portion of the mixed water having the desired output temperature from the buffering device for receipt by a dispensation device.

A water dispensation system comprising:

• a sink system including a sink basin, a faucet, and a sensing device mounted at least indirectly in relation to the sink basin and the faucet;
• a point-of-use water heating system positioned adjacent or in proximity to the sink system, the point-of-use water heating system including
• a thermostatic mixing valve having first, second, third, and fourth ports, wherein the first port is configured to receive, at least indirectly, input water having an input water temperature,
• a hot water tank having a first inlet and a first outlet, wherein the first inlet is coupled at least indirectly to the second port of the thermostatic mixing valve, and wherein the first outlet is coupled at least indirectly to the third port of the thermostatic mixing valve so as to allow for heated water to flow from the first outlet to the third port,
• a solenoid valve having a second inlet and a second outlet, wherein the second inlet is coupled at least indirectly to the fourth port of the thermostatic mixing valve, and
• a buffering chamber having a third inlet and a third outlet, wherein the third inlet is coupled at least indirectly to the second outlet of the solenoid valve, and wherein the buffering chamber is configured to provide via the third outlet, at least indirectly, output water having a desired output temperature that is greater than the input water temperature and less than an elevated temperature of the heated water;
• and
• a plurality of links at least indirectly coupling the point-of-use water heating system with each of the faucet and the sensing device of the sink system, wherein the third outlet is coupled at least indirectly to the faucet by a first link of the plurality of links so that the output water flows to and is dispensed by the faucet.