![]() ![]() Stand-Alone Power Source - Complete independence from the energy grid. The Powerhouse modular system allows you to expand and scale.Ĭlean Energy - Powerhouse MicroGrid fuel cell uses hydrogen to produce clean, affordable electricity. Modular Design - Powerhouse MicroGrid is modular in design and can scale with size. ![]() Powerhouse MicroGrid provides reliable, uninterruptable energy - even when your neighbors don't have power. Reliable Energy - Lights ALWAYS come on when you flip the light switch. Powerhouse MicroGrid’s quiet and clean operation allows you to place the unit inside or outside of your building allowing flexibility for installation. Powerhouse MicroGrid fuel cell requires only an annual air filter replacementĭiesel generators create noise and emissions making them difficult for placement in or near a building. You even have the option to produce your own hydrogen fuel from water and air using solar panels or wind turbines.ĭiesel generators have complex maintenance schedules, requiring engine oil, fuel filters, replacement parts, including the disposal of oil and filters. Powerhouse MicroGrid fuel cells can provide hours to months of continuous run time. Powerhouse MicroGrid fuel cells keep their performance at any temperature, providing uninterrupted power when diesel generators have failed. Powerhouse MicroGrid fuel cells produce zero emissions.Įxtreme temperatures, prolonged periods of inactivity, and extended continuous runtimes can degrade a diesel generator's performance and operation. Powerhouse MicroGrid fuel cells have lower operating costs, lower ongoing maintenance costs, and lower total cost of ownership than diesel generators.ĭiesel generators are facing ongoing regulations to decrease noise and greenhouse gas emissions. Powerhouse Fuel Cell MicroGrid vs Gas/Diesel Generators Powerhouse MicroGrid's compact design allows for placement inside your home or outside of your home in many locations. When you need power, Powerhouse MicroGrid is ready to supply it!īatteries take up space and can be extremely heavy limiting locations for installation. The primary maintenance required for a fuel cell is replacing air filters once a year. If you need 8 to 48 hours or more of runtime, you need the Powerhouse MicroGrid powering your home/office.īatteries need constant charging and on-site maintenance provided by skilled technicians. Six high-capacity batteries can typically deliver about four hours of energy for a small/midsize home. They provide uninterrupted power when legacy battery systems have failed. Powerhouse MicroGrid fuel cells continue to provide energy in hot or cold temperatures. Heat, environmental factors, and discharge cycles can decrease battery performance and lifespan. Fuel cells produce clean power and have a design life of more than 20 years. Disposal of batteries is handled through a heavily regulated process. ![]() And a French company, Air Liquide, is building two commercial hydrogen production facilities in the U.S.Powerhouse MicroGrid fuel cells have lower operating costs, lower ongoing maintenance costs, and lower total cost of ownership than batteries.īatteries tend to be replaced every few years. California has 40 stations for hydrogen cars and several dozen more under construction with a goal of 1,000 by 2030. ![]() Various entities are building infrastructure, but it’s going to take time. Hydrogen is also hard to obtain-you can’t just pull up to the fuel dock and plop down a credit card, at least not yet. Separating it requires energy, and if electricity generated by traditional resources (gas or coal) instead of renewable ones (solar or wind) is used, it undercuts the environmental benefits. For starters, not all hydrogen is created equal. That modularity also means that if any one cell malfunctions, the rest will continue to operate, providing built-in redundancy.ĭespite the benefits of hydrogen, hurdles remain. The entire system is silent and carbon neutral.įor higher output needs, installers can arrange cells in sequence, and since they are small and modular, they can be spread through the hull to fit within various designs. The cell can also power onboard systems while at anchor. The batteries provide a well of energy to meet momentary demands-acceleration and seafaring-while the cell extends the vessel’s range. The REXH2 uses hydrogen to create electricity, which flows to a battery bank. The team behind Energy Observer collaborated on the Hynova 40, which in addition to its twin electric engines and battery bank will also carry a 60-kW REXH2 cell and 30-kg hydrogen tanks. ![]()
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