Sources for Inverters |
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Heat Exchangers — Renewable Energy Products & Services
Heat Exchangers |
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Solar Cooking & Heating — Renewable Energy Products & Services
Sources for Solar Cooking & Heating |
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Controllers — Renewable Energy Products & Services
Sources for Controllers |
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Home Construction — Renewable Energy Products & Services
Sources for use in Home Construction |
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Fuel & Hydrogen Cells — Renewable Energy Products & Services
Sources for Fuel & Hydrogen Cells |
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Batteries — Renewable Energy Products & Services
Alternative Energy Solutions LLC: We have been in the battery and related accessory manufacturing and distribution business for over 15 years. All products are manufactured using only the highest quality name brand cells, plastics and internal components. All batteries are guaranteed to meet or exceed the original equipment manufacturer’s specifications, including fit, design and performance and come with a full money back guarantee. Located in Carlsbad, California |
Banner Batterien: Bull brand batteries |
Deka East Penn Manufacturing Co: Deep cycle, industrial fork lift, gelled, sealed and other lead acid batteries. |
Douglas Battery Manufacturing Company : Lead acid batteries |
Dyno Battery : Deep cycle, marine batteries, Automotive and Gel Batteries |
Dyno Battery Inc Lead Acid Batteries: Located in Farmington Hills, Michigan |
EBC Korea Co Ltd: Lead acid industrial batteries |
Exide Technologies : Lead Acid Batteries |
FIAMM Technologies Inc: Lead Acid Batteries |
General Battery Corporation (GBC) now Enersys General Battery : General, HUP, Renegade and Alpha Batteries |
Industrial Battery Engineering Inc: High Capacity Industrial Type for deep cycle operation |
Iowa Thin Film Technologies: Battery chargers, military tents |
Ningbo Osel Battery Co Ltd: China manufacturer of lithium battery, alkaline battery, carbon battery and flashlight. |
Northwest Energy Storage: Selling the Solar-One, a HUP (high utilization positive) battery |
Power Battery Company Inc.: Lead acid, VRLA batteries |
Rolls Battery Engineering: a manufacture of high quality deep cycle, lead-acid batteries engineered for most renewable energy uses. With a line of dual container, non-breakable batteries up to 1104ah. Located in Salem, Massachusetts |
Solar Online Australia: Suppliers of solar and wind power equipment including solar panels, wind turbines, regulators, power inverters, deep cycle batteries and technical information. |
Surrette Battery Company Limited : Deep Cycle Batteries |
Trojan Battery : Deep Cycle Batteries |
US Battery : Deep Cycle Batteries |
Self-Sufficient Living
What does it mean to be self-sufficient? For some the simple answer is taking care of ones self. For others, it is more extreme. They want to live without the help of others. The purpose of this section is as a resource for those who desire to live in between these two ideas. I have often thought that I would like to turn back time and find some acreage where I could grow my own food. Don’t know that I would raise cows, chickens or pigs. Just having a garden with fresh organic vegetables could be wonderful. It was just a few generations ago that our grandmothers or great-grandmothers made quilts to keep warm, sewed clothes, made jams & jellies, made soap and made those homemade berry pies. |
Using SuperCapacitors for Energy Storage
Supercapacitors (also known as ultracapacitors) are DC energy sources and must be interfaced to the electric grid with a static power conditioner, providing 60-Hz output. A supercapacitor provides power during short duration interruptions and voltage sags. By combining a supercapacitor with a battery-based uninterruptible power supply system, the life of the batteries can be extended. The batteries provide power only during the longer interruptions, reducing the cycling duty on the battery. Small supercapacitors are commercially available to extend battery life in electronic equipment, but large supercapacitors are still in development, but may soon become a viable component of the energy storage field. source |
Hydrogen Fuel Cells used as a Energy Storage Option
A fuel cell is similar to a battery in that an electro-chemical reaction is used to create electric current. The charge carriers can be released through an external circuit via wire connections to anode and cathode plates of the battery or the fuel cell. The major difference between fuel cells and batteries is that batteries carry a limited supply of fuel internally as an electrolytic solution and solid materials (such as the lead acid battery that contains sulfuric acid and lead plates) or as solid dry reactants such as zinc carbon powders found in a flashlight battery. Fuel cells have similar reactions; however, the reactants are gases (hydrogen and oxygen) that are combined in a catalytic process. Since the gas reactants can be fed into the fuel cell and constantly replenished, the unit will never run down like a battery. The fuel (hydrogen) enters the fuel cell, and this fuel is mixed with air, which causes the fuel to be oxidized. As the hydrogen enters the fuel cell, it is broken down into protons and electrons. In the case of proton exchange membrane fuel cells (PEMFC) and phosphoric acid fuel cells (PAFC), positively charged ions move through the electrolyte across a voltage to produce electric power. The protons and electrons are then recombined with oxygen to make water, and as this water is removed, more protons are pulled through the electrolyte to continue driving the reaction and resulting in further power production. In the case of solid oxide fuel cells (SOFC), it is not protons that move through the electrolyte, but oxygen radicals. In molten carbonate fuel cells (MCFC) carbon dioxide is required to combine with the oxygen and electrons to form carbonate ions, which are transmitted through the electrolyte. |