System and method for producing clean, sustainable, and accessible energy with air, sand, and water (asw) as power sources, a soyos environment clean engine (sece)

A system for producing clean, sustainable, and accessible energy with air, sand, and water (ASW) as power sources, a soyos environment clean engine (SECE) comprising:

• a solid upraise structure (SUS);
• a clean stroke maker (CSM) system;
• a plurality of automatic internal command system (ICS);
• a clean energy collector (CEC);
• a customized Torque-Speed builder (CTS);
• the solid upraise structure (SUS) with a left-wing extended with a right-wing both aligned parallelly and elevated mounted with the clean stroke maker (CSM) system vertically attached supporting the total structure of the soyos environment clean engine (SECE) in elevation;
• the plurality of automatic internal command system (ICS) connected with internal command line attached to a plurality of soyos drop piston (SDP) in serial of two with the motion of both capsules, air force created in chamber, and water flow of both discharge tanks;
• the plurality of rotary table system (RTS) located at the bottom is at the center of both capsules connected with a chain wire system coupled at the center to at least a clean energy collector (CEC) outputting clean energy collected to the customized Torque-Speed builder (CTS).

A method for internal communication producing clean, sustainable, and accessible energy with air, sand, and water (ASW) as power sources, a soyos environment clean engine (SECE) comprising:

• a method of communication for operating a soyos environment clean engine (SECE);
• a method of communication for operating a clean energy collector (CEC);
• the method of communication for operating a soyos environment clean engine (SECE) wherein a starting module sending a communication signal to the first module to lunch a soyos drop piston (SDP1) of a first independent system wherein:
• a first option response of not being ready sending a message back to restart the starting module, the second option message being ready communicating directly with a second module to transfer a mechanical energy wherein a first message sending to a third module on a rotary table system 1 (RTS1) with clutch communicating with C and the second message communicating to a different two modules at the same time comprising:
• a first module deactivate clutch system on soyos drop piston (SDP1) receiving a message and communicating directly with the third module rotary table system (RTS1) with clutch, a second module to activate soyos drop piston (SDP2) with Clutch 2 receiving a message and communicating directly with a first module of a second independent system starting a second independent system 2, the module soyos drop piston (SDP2) communicating directly with a module to transfer a mechanical energy of system 2 wherein a first message sending to a module of rotary table system (RTS2) with clutch communicating with D and the second message sent to communicate directly to a different two modules at the same time comprising a module deactivating clutch system on soyos drop piston (SDP2) receiving a message and communicating directly with a module rotary table system (RTS2) with clutch, a module activate soyos drop piston (SDP3) with Clutch 3 receiving a message and communicating directly with a first module soyos drop piston (SDP3) of an independent system 3, starting a third independent system 3, the module soyos drop piston (SDP3) receiving a message and communicating directly with a module transfer a mechanical energy of system 3 wherein a first message sending to a module rotary table system (RTS3) with clutch communicating with E and the second message sent to communicate directly to a different two modules at the same time comprising a module deactivating clutch system on soyos drop piston (SDP3) receiving a message and communicating directly with a module of rotary table system (RTS3) with clutch, a module activate soyos drop piston (SDP4) with Clutch 4 receiving a message and communicating directly with a first module soyos drop piston (SDP4) of an independent system 4, starting a fourth independent system 4, the module soyos drop piston (SDP4) receiving a message and communicating directly with a module to transfer a mechanical energy of system 4 wherein a first message sending to a module of rotary table system (RTS4) with clutch receiving a message and communicating with F and the second message sent to communicate directly to a different two modules at the same time comprising a module deactivating clutch system on soyos drop piston (SDP4) receiving a message and communicating directly with a module of rotary table system (RTS4) with clutch, a module to activate soyos drop piston (SDP5) with Clutch 5 communicating with a first module soyos drop piston (SDP5) of an independent system 5, starting a fifth independent system 5, the module soyos drop piston (SDP5) receiving a message and communicating directly with a module to transfer a mechanical energy of system 5 wherein a first message sending to a module of rotary table system (RTS5) with clutch receiving a message and communicating with G and the second message sent to communicate directly to a different two modules at the same time comprising a module deactivating clutch system on soyos drop piston (SDP5) receiving a message and communicating directly with a module of rotary table system (RTS5) with clutch, a module to activate soyos drop piston (SDP6) with Clutch 6 receiving a message and communicating with a first module soyos drop piston (SDP1) of the first independent system 1, starting a new cycle, a stop module communicating with a module locating a position wherein a first option of message sending back to the stop module to repeat the message, the position located a message sending to an activate stop module receiving a message and responding directly sending a message to a located position module activate soyos drop piston (SDP) with clutch to receiving a message and responding to stop the engine;
• the method of communication for operating a clean energy collector (CEC) comprises a plurality of input messages to a plurality of a receiving message wherein a continuous receiving module sends a message to a first decision module communicating back with a receiving module fixing the input and restarting automatically, sending a message to a second decision module wherein:
• the first message sending to an rpm receiving module and a second message sending to a torque receiving module.