DEVELOPMENT OF THE MODELS FOR WATER RESOURCES MANAGEMENT
Main researcher
: MARGETA, JURE (70755) Assistants
PETRIČEC, MLADEN (36724)
OSTOJIĆ-ŠKOMRLJ, NIVES (163725)
JUKIĆ, DAMIR (900495)
Type of research: applied Duration from: 04/30/91. to 04/30/95. Papers on project (total): 6
Institution name: Građevinski fakultet, Split (83) Department/Institute: Water Resources Management and Environmental Engineering Adriatic-Mediterranean Centre for Water Address: Matice Hrvatske 15 City: 21000 - Split, Croatia
Communication
Phone: 385 (0)58 523 333
Fax: 385 (0)58 524 162
E-mail: margeta@cigla.gradst.hr
Summary: Optimal exploitation of water resources is a very complex
problem, which requires a detailed analysis of the system and many data of
more of leess stohastic character. The reservoir operation policy for a
certain period of time is defined on the basis of state of the system and
input parameters forecast, using optimization model. Most models for
reservoir operation optimization have employed either deterministic or
stohastic dynamic programming (SDP) algorithams. Deterministic optimization
algorithm application assumes that there is a perfect streamflow forecast.
In contract to the deterministic algorithm the SDP approach uses the
probability distribution of streamflow and generetes an operational policy
for possible reservoir storage state in every time unit. Project present
work of the investigation related to the optimal strategy for using the
water hydro power reservoir employing the stohastic dynamic programming and
Kalman filter as a predictor to calculate the best hydrologic forecast. The
Kalman predictor was used to update the probability distribution of random
variables of streamflow in SDP after each successive time period. Optimal
operation polies are defined using the recursive algorithm dynamic
programming. The result and analyses carried out show that the methodology
can be successfully used as an efficient tool in the process of better
reservoir operational policy definition.
Keywords: water resources, management, system engineering, simulation, optimization, pollution control, reservoir, riel time operation
Research goals: Goal of the study is to develop methodology for
better planning of exploitation of water from multi-purpose reservoirs of
seasonal character in accordance with: avaiable water resources, energy
demand of electro-energetic systems, needs and demands of water users
within the water policy, the phisycal constraints of the structure and
environmental requirements.