Clean Energy
Sustainable energy, including energy storage innovations for recharging batteries: Electric vehicles, robots and other electrical clean energy products.
Fast deployable: semi-permanent clean energy. No civil engineering or underground construction planned or necessary with energy animation above ground solutions. Optimal for parking lots, rooftop’s and other existing infrastructure or right-of-ways (railroads Electric utilities) that are existing.
Biomass Clean Energy
The clean energy generation includes emphasis on solar and clean combustible renewal biofuels wood from dead -trees assisting in forest management and forest fire reduction, switchgrass helping with erosion control absorbing, carbon dioxide and generating electricity after harvesting and pelletizing.
Newly planted switchgrass bulbs produce usable biofuels within 2 to 3 years grass bulbs. Planning to be incubated in special greenhouses powered by pellets.
All steps in the biomass wood or grass fuel can be achieved utilizing electric powered equipment, including ground transportation, a completely electrified solution with clean energy.
Sustainable energy with energy storage solution’s
Planning on converting the BioMass into energy.
In essence, sustainable energy from biomass: technologies convert renewable BioMass into heat and electricity using processes similar to those used with fossil fuels. There are many different types of biofuels These can be differentiated by the BioMass source and by the methods used to convert the BioMass into electricity.
Wood Biofuel
Dead trees, reportedly there are millions of standing dead trees that are standing in the forest having negative impact on policy trees around them and significant ly vulnerable to starting and propelling forest fires.
Grass Biofuel
Grass and wood pelletized then burn for steam spinning a generator to create electricity, then stored, in portable batteries.
Grass pellets harbison from switchgrass to environmental benefits: when the grass is growing photosynthesis happens, absorbing carbon dioxide (CO2) carbon sink, then the grass is harvested. pelletized and burned to make to spin generator-set making electricity.
Reportedly, the US environmental Protection agency (EPA) has millions of acres of switchgrass planted and now matured related to soil cleaning and erosion control purposes, potentially this existing resource could be utilized for biofuels .Switchgrass is reported to be perennial regrows each year for about 15 years no replanting required annually.
Power by Sun — Solar Panels
Planning on generating as much power from the Sun as possible for charging electric vehicles and robots.
Solar Panel Dual Axis Tracking System (Increase 40% Power) with Tracker Controller.
Advance actuators position of solar panels to follow the Sun, optimizing solar energy conversion to electricity.
Bundled and unbundled energy generated at one location put into energy storage. Electrically transported to other locations for charging at evStation’s.
Industrial Electric Plants
Industrial size power plants that are existing many under 25 megawatts to be considered for fuel sourcing utilizing fossil fuels for electricity generation. Potentially, can fuel-witch to renewable sustainable biofuels.
Thermal power station
A thermal power station is a type of power station in which heat energy is converted to electrical energy. In a steam-generating cycle heat is used to boil water in a large pressure vessel to produce high-pressure steam, which drives a steam turbine connected to an electrical generator
Geothermal power
Geothermal power is electrical power generated from geothermal energy. Technologies in use include dry steam power stations, flash steam power stations and binary cycle power stations
Energy Storage
Planning for significant utilization of advanced energy storage. Energy storage technology is rapidly changing more energy storage with less weight less size less cost continuously. Technology refresh is occurring often.
Tesla offers three types of energy storage commercially with volume and scale. Assistant design and performance at all evStation’s and other locations.
Powerwall by Tesla is the small size weight and dimensionally and can be Daisy chained together a vast amount of power the best amount of energy is small footprint potentially as many as 10 powerwalls (daisy-chained together) transported in the a truck bed under 3,500 lb. Each Powerwall holds 12.2 kWh of usable capacity and ways approximately 260 lb each.
Powerpack by Tesla systems are fully integrated energy storage solutions for commercial, industrial, and utility sites. The system includes one or more Powerpack units, inverters, controllers and supporting hardware.
Megapack by Tesla, is a powerful battery that provides energy storage and support, helping to stabilize the grid and prevent outages.
Many companies offer scalable energy storage units.
Possibly have electric vehicle charging stations next to the power plant co-located. Especially, beneficial for Electric semi trucks with approximately of 1 MB of recharging requirement of energy . Energy storage batteries potentially can be dispatch from the facility for both recharging and sent directly to evStation’s.