Solution

Our proposed worldwide A.I. network servers control HVAC system cycles, reducing tripling power surge/amperage rates caused during motor start-up.
Cobra system notification of locations overloads are transmitted to B.M.S of building operations following to the utility providers sub-station E.M.S control center. Cobra’s controllers continuously search and store the cycling time lengths of each cobra controller worldwide. By implementing the advanced ability of (A.I) calculations of systems startup operating cycles are gathered. Information is then uploaded forming a sliding scale (efficiency groups) rating based on the most efficiently operating system down to the least efficiently operating (system groups). Our A.I. system powered controller data bank staggers start-up of (similar) or (random) combinations of efficiencies calculated for best results to reduce energy consumption. The power of our engineering, incorporated in our controllers has many inventive methods and solutions to reduce the energy used by H.V.A.C. combining E.M.S (Energy Management System) B.M.S (Building Management system) plus billions of residential homes is designed to save energy caused by frequent changes in weather, occupancy, capacity control, and our control exercises systems to test operational efficiency during unoccupied periods, plus implements system G.P.S location and report to systems owners.

There are 30,000 power plants worldwide. 57 power plants producing 80 % of CO2 pollution into the atmosphere daily with no regard to the Paris Agreement. Our research of carbon pollution discovered H.V.A.C consumes 6% by homes and 20% by buildings of energy produced. H.V.A.C produces 3% of billion plus tons of carbon into earth’s atmosphere. Also fuel oil, natural gases, used for heating produces 29% of CO2 amounting in total 14.5 billion tons per/yr. It’s also estimated that H.V.A.C systems will triple in the coming years, as earth’s population expands so will carbon pollution. Our action plan is keeping pace with the rise of the earth’s population. To effectively reduce power consumption carbon creating pollution soon to reach 70 billion tons yearly. We will work along side the slow expansion of Carbon capture (CCS) storage enterprises are seeking to increase annual capture capacity. Mammoth one of the largest CCS has a capacity of 36,000 ton per/ yr without declaring how much power causing pollution Mammoth uses to operate. To meet the CO2 challenge requires building thousands of CCS facilities to meet the 50/70 billion tons of carbon emission produced annually. This gigantic effort is a must which requires every human’s participation to prevent our beautiful earths 6th devastation.