Thermal energy powered exoskeleton catamaran

A multi-hulled aquatic vessel comprising:

• a plurality of hulls;
• and
• a dual-walled modular dome spanning the plurality of hulls;
• wherein the dual-walled modular dome comprises a plurality of modules, each module including an outer wall and an inner wall, wherein the plurality of modules collectively provide an exoskeleton for the vessel;
• and
• wherein a module of the plurality of modules is movable with respect to the dual-walled modular dome to provide a sail surface.

A multi-hulled aquatic vessel comprising:

• a plurality of hulls;
• and
• a dual-walled modular dome spanning the plurality of hulls;
• wherein the dual-walled modular dome comprises a plurality of modules, each module including an outer wall and an inner wall, wherein the plurality of modules collectively provide an exoskeleton for the vessel;
• and
• wherein a module of the plurality of modules is movable with respect to the dual-walled modular dome to catch wind within the dual-walled modular dome.

A multi-hulled aquatic vessel comprising:

• a plurality of hulls;
• and
• a dual-walled modular dome spanning the plurality of hulls;
• wherein the dual-walled modular dome comprises a plurality of modules, each module including an outer wall and an inner wall, wherein the plurality of modules collectively provide an exoskeleton for the vessel;
• and
• wherein the plurality of modules is arranged in a truncated icosahedron pattern that defines the dual-walled modular dome.

A multi-hulled aquatic vessel comprising:

• a plurality of hulls;
• and
• a dual-walled modular dome spanning the plurality of hulls;
• wherein the dual-walled modular dome comprises a plurality of modules, each module including an outer wall and an inner wall, wherein the plurality of modules collectively provide an exoskeleton for the vessel;
• wherein the vessel further comprises a heat collection system, rotary engine, and alternator configured to generate electrical energy by:
• increasing temperature and pressure, as expanding gas or liquid goes through the rotary engine to drive the alternator;
• and
• decreasing temperature and pressure or increasing volume, as condensing gas or liquid draws expanding gas or liquid through the rotary engine to drive the alternator.

A multi-hulled aquatic vessel comprising:

• a plurality of hulls;
• and
• a dual-walled modular dome spanning the plurality of hulls;
• wherein the dual-walled modular dome comprises a plurality of modules, each module including an outer wall and an inner wall, wherein the plurality of modules collectively provide an exoskeleton for the vessel;
• wherein the vessel further comprises a channel positioned between adjacent modules of the plurality of modules to collect rainwater.