Capstone microturbines can be integrated to capture thermal energy produced from the exhaust to provide a significant economic advantage to end-users. They help to achieve overall efficiency levels of up to 80 percent in combined heat and power (CHP) applications and up to 90 percent in combined cooling, heat, and power (CCHP) applications. Hence, we can say that Capstone microturbines are helpful to achieve energy efficiency.
Since Capstone microturbines feature low maintenance air bearing technology, modern industries prefer them to reduce their carbon footprint, control their energy costs, and attain combined heat and power efficiency. Needless to say, Capstone microturbines are the perfect solution for today’s distributed energy needs.
No lubricants or coolants needed - Microturbines do not require any sort of lubricant or coolant or other hazardous materials, which makes them an ideal choice.
No lubricants or coolants needed - Microturbines do not require any sort of lubricant or coolant or other hazardous materials, which makes them an ideal choice.
Uncontaminated exhaust heat – Microturbines emit clean or uncontaminated exhaust heat.
Minimal maintenance – They require minimum possible maintenance. Indeed, they are virtually maintenance-free.
Tens of millions of runtime hours and counting – Modern microturbines are versatile and reliable and runs in a non-stop manner.
Compact footprint – If you want to reduce your carbon footprint & save energy, you can rely on microturbines.
Multiple applications and industries – Microturbine units are perfect for various applications and industries.
Complete view at all times – Remote monitoring is possible with microturbines.
5 and 9 year plans available – Microturbines comes with various plans for various applications/industries.
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