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CHAPTER 2 Capstone PRODUCT OVERVIEW C1000 MicroTurbine Applications Capstone C1000 MicroTurbine models are commonly deployed for use in the following applications: Peak Shaving – The MicroTurbine system can augment utility supply during peak load periods, thus increasing power reliability and reducing or eliminating peak demand charges. Combined Peak Shaving and Standby – The MicroTurbine system can be used for both Grid Connect power and Stand Alone power for protected loads. With the Dual Mode System Controller (DMSC) accessory, the MicroTurbine can be programmed to switch automatically upon loss/restoration of electric utility grid power. The MicroTurbine, with its low emissions, low maintenance requirements, and high reliability is well suited for combination peak-shaving and standby power applications. MultiPac Power – Multiple Capstone MicroTurbines can be connected through the Advanced Power Server (APS) to achieve higher power outputs that operate as a single power generation source. Up to 20 Capstone C65 and C200 MicroTurbines can be connected along with up to 10 Capstone C1000 MicroTurbine packages for advanced control and dispatch of up to 14 Megawatts of MicroTurbine power generation. The Advanced Power Server allows the control of several groups of turbine power, each dispatched with their own control priorities. Complex control logic can be implemented to maximize the value of your turbine installation through integration of a utility power meter, building management system or programming time of day power set-points to offset variable electricity rates. More information is available in the Capstone Advanced Power Server User’s Manual (400011). All MultiPac installations of the C1000 MicroTurbine product require the use of the Advanced Power Server. Resource Recovery – Capstone MicroTurbine models are available that use methane- based oilfield flare casing gas or low-energy landfill/digester gas as fuel sources. The C1000 Series is available in configurations that can accept Sour Gas with up to 5000 ppmV Hydrogen Sulfide (H2S) content. This application helps reduce pollution and provides economical power for on-site use as a by-product. Thermal Heat Recovery – The oxygen-rich exhaust from the MicroTurbine can also be used for direct heat or as an air pre-heater for downstream burners. The optional C600, C800 and C1000 HRMs allow commercial businesses to offset or replace local thermal loads such as domestic hot water, space heating, pool heating, and industrial hot water. In addition, the oxygen-rich exhaust together with ultra-low emissions makes the direct exhaust applicable for some food processing and greenhouse uses, such as heating, cooling (by absorption), dehumidifying, baking, or drying. OEM Applications – The MicroTurbine core technology can be integrated into a wide variety of products and systems. Uninterruptible power supplies, all-in-one combined heat and power systems, and combined cooling, heat and power systems are some common OEM applications. 410072 Rev A (January 2009) Page 2-6 Capstone reserves the right to change or modify, without notice, the design, specifications, and/or contents of this document without incurring any obligation either with respect to equipment previously sold or in the process of construction.PDF Image | CAPSTONE C1000 MICROTURBINE SYSTEMS TECHNICAL REFERENCE
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