Modular building integrated thermal system

A building integrated modular thermal system, comprising:

• a modular thermal unit comprising:
• a plurality of metal battens mounted horizontally onto a plurality of wooden battens that are mounted vertically across a roof, each of the plurality of metal battens including a longitudinal channel that extends between a pair opposing sides in a longitudinal direction;
• a thermal collector having a thermal tubing structure extending along the longitudinal channel, the thermal tubing structure being configured to circulate liquid for generating thermal energy;
• a plurality of heat pipes positioned in the roof space extends substantially from the ridge to eaves of the roof;
• a thermal control system connected to an input section and an output section of the thermal tubing, the thermal control system comprising:
• a liquid storage unit for storing the liquid therein;
• a pump to receive the liquid from the liquid storage unit and circulate the liquid to the thermal tubing structure;
• a heat exchanger connected to the liquid storage unit and the pump, the heat exchanger being adaptable to exchange heat from the liquid;
• a drain valve that transfers the liquid received from the pump to the thermal tubing structure and drains excess liquid in a controlled manner;
• a check valve to regulate the flow of air;
• and
• a fill valve that receives the liquid from the drain valve and regulates the filling of liquid into the thermal tubing structure through the input section;
• a forward gauge assembly having a first temperature gauge and a first pressure gauge to check the temperature and pressure of the liquid flowing from the fill valve;
• a backward gauge assembly having a second temperature gauge and a second pressure gauge to check the temperature and pressure of the liquid flowing from the output section of the thermal tubing structure;
• a flow sight glass to regulate the flow liquid from the thermal tubing structure;
• an air eliminator to release the air from the thermal tubing structure;
• an expansion tank to collect and expand the air coming from the air eliminator;
• a styrofoam being insulated through the expansion tank;
• a pressure relief valve to provide safety to the thermal tubing structure;
• and
• an energy storage tank to store the heated liquid received from the output section of the thermal tubing structure;
• a thermal tubing containing liquid mounted and extending on the longitudinal channels of each of the plurality of metal battens;
• a plurality of solar electric roof tiles mounted on the plurality of metal battens, each of the plurality of solar electric roof tiles connected in series to form a string;
• an inverter connected to each string for converting direct current (DC) electricity that fed from the plurality of solar electric roof tiles to alternating current (AC) electricity;
• a heat exchanger connected to the thermal tubing;
• and
• a pump connected between the thermal tubing and the heat exchanger for circulating the liquid through the thermal tubing;
• whereby the modular thermal unit and the thermal control system provides an easy installation with a removable modular structure.