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the battery in one hour depends on what happens in future hours In a wind diesel battery system, for example, charging the battery bank with diesel power in one hour would be of some value if doing so allowed the system to avoid operating the diesel in some subsequent hour But it would be of no value whatsoever if the system experienced more than enough excess wind power in subsequent hours to charge the battery bank fully In that case, any diesel power put into the battery bank would be wasted because the wind power would have fully charged the battery bank anyway Rather than using complicated probabilistic logic to determine the optimal battery-charging strategy, HOMER provides two simple strategies and lets the user model them both to see which is better in any particular situation These dispatch strategies are called load-following and cycle-charging.

Figure 6-2

AU-3

=SQRT((A1^2)+(A2^2))

Under the load-following strategy, a generator produces only enough power to serve the load, and does not charge the battery bank Under the cycle-charging strategy, whenever a generator operates, it runs at its maximum rated capacity (or as close as possible without incurring excess electricity) and charges the battery bank with the excess Barley and Winn [9] found that over a wide range of conditions, the better of these two simple strategies is virtually as cost-effective as the ideal predictive strategy Because HOMER treats the dispatch strategy as a decision variable, the modeler can easily simulate both strategies to determine which is optimal in a given situation The dispatch strategy does not affect the decisions described in the preceding section as to which dispatchable power sources operate each hour Only after these decisions are made does the dispatch strategy come into play.

Reference earth-station radiation pattern for use in coordination and interference assessment in the frequency range from 2 to about 30 GHz Reference earth-station cross-polarized radiation pattern for use in frequency coordination and interference assessment in the frequency range from 2 to about 30 GHz Radiation diagrams for use as design objectives for antennas of earth stations operating with geostationary satellites Method for statistical processing of earth-station antenna side-lobe peaks Determination of the G/T ratio for earth stations operating in the fixedsatellite service The application of interference cancellers in the fixed-satellite service Pre-emphasis characteristics for frequency-modulation systems frequency-division multiplex telephony in the fixed-satellite service for

If the load-following strategy applies, whichever generators HOMER selects to operate in a given hour will produce only enough power to serve the load If the cycle-charging strategy applies, those same generators will run at their rated output, or as close as possible without causing excess energy An optional control parameter called the set-point state of charge can apply to the cycle-charging strategy If the modeler chooses to apply this parameter, once the generator starts charging the battery bank, it must continue to do so until the battery bank reaches the set-point state of charge Otherwise, HOMER may choose to discharge the battery as soon as it can supply the load The set-point state of charge helps avoid situations where the battery experiences shallow charge discharge cycles near its minimum state of charge In real systems, such situations are harmful to battery life.

Sat/C7-02m HPA: LNA: UC: DC: PCE: High power amplifier Low noise amplifier Up-converter Down-converter Processing and control equipment (TX: transmit, RX: receive) LIE: BUS: HCI: NCC: (FEP: Line interface equipment Traffic and utility bus Hub control interface Network control centre Front end processor)

FIGURE 10.10 BONDS AND UTILITIES (UPPER CHART) USUALLY LEAD THE STOCK MARKET (BOTTOM CHART) AT IMPORTANT TURNING POINTS. IN THE FIRST HALF OF 1987, BONDS AND UTILITIES TURNED DOWN AND PROVIDED A WARNING THAT THE STOCK MARKET RALLY HAD REACHED A DANGEROUS STAGE. Utilities versus Bond Futures

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Load Priority HOMER makes a separate set of decisions regarding how to allocate the electricity produced by the system The presence of both an ac and a dc bus complicates these decisions somewhat HOMER assumes that electricity produced on one bus will go rst to serve primary load on the same bus, then primary load on the opposite bus, then deferrable load on the same bus, then deferrable load on the opposite bus, then to charge the battery bank, then to grid sales, then to serve the electrolyzer, and then to the dump load, which optionally serves the thermal load..