Product Ecologies: Difference between revisions
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=Introduction = | =Introduction = | ||
[[Product Ecologies]] illustrate how the different tools of the [[GVCS]] work together. For example, motors, power units, and implements interchange within the tractor, microtractor, car, truck, fabrication, and bulldozer infrastructures. Ecologies can also refer to the | [[Product Ecologies]] illustrate how the different tools and products of the [[GVCS]] work together. This includes how the tools utilize onsite resources for building a modern infrastructure. This also includes module based design, where machine modules can interchange between various machines. For example, motors, power units, and implements interchange within the tractor, microtractor, car, truck, fabrication, and bulldozer infrastructures. Ecologies can also refer to how certain machines make other machines, with the goal of creating closed-loop material cycles - such as the induction furnace contributing to the production of tractor parts, construction roofing, or wire from recycled metal feedstock. The goal is to create closed loop industrial ecologies that contribute to environmental and societal regeneration, as humanity regains balance with its natural life support systems. | ||
=Ecologies= | =Ecologies= |
Revision as of 20:18, 14 February 2015
see also: GVCS Pattern Language
Introduction
Product Ecologies illustrate how the different tools and products of the GVCS work together. This includes how the tools utilize onsite resources for building a modern infrastructure. This also includes module based design, where machine modules can interchange between various machines. For example, motors, power units, and implements interchange within the tractor, microtractor, car, truck, fabrication, and bulldozer infrastructures. Ecologies can also refer to how certain machines make other machines, with the goal of creating closed-loop material cycles - such as the induction furnace contributing to the production of tractor parts, construction roofing, or wire from recycled metal feedstock. The goal is to create closed loop industrial ecologies that contribute to environmental and societal regeneration, as humanity regains balance with its natural life support systems.