| Summary: | 碩士 === 國立成功大學 === 電機工程研究所 === 84 === In this thesis, an efficient parallel algorithm to solve load
flow problem is developed. This algorithm transforms the
Jacobian matrix into border block diagonal form (BBDF) which
directly splits the power system into several sub- systems.
Then, it allows the operations of every subsystem by w-matrix
that got from fast decoupled load flow method. The parallel
computation is applied to the multiprocessor that is built by
connecting the transputers through link switches. Using the
parallel computation and sparse matrix techniques, the load
flow solutions are tested in IEEE 30 ,57, 118-bus and TPC
288-bus systems. From the implementa- tion results in
transputer, the less execution time is re- quired than that of
the traditional sequential computing method.
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