Sentence examples for term hydropower from inspiring English sources

This paper presents a new approach for long term hydropower scheduling.

This paper is proposed to develop a novel mixed-integer model to solve the short-term hydropower optimal scheduling problem.

We present a model for operational stochastic short-term hydropower scheduling, taking into account the uncertainty in future prices and inflow, and illustrate how the benefits of using a stochastic rather than a deterministic model can be quantified.

How the concept of stochastic successive linear programming has been implemented in a prototype software for operational short-term hydropower scheduling is also presented, and the model's ability is demonstrated through case studies from Norwegian power industry.

This paper describes an optimization program that is required by Fujian Electric Power Company Ltd. (FEPCL) to aid the shift engineers in making decisions with the short-term hydropower scheduling such that the generation benefit can be maximal.

The mid-term cascaded hydropower scheduling problem is optimized by the three methods in turn.

The analysis is focused on Colombia and Ecuador, which have been trading electricity for more than 10 years and offer an interesting case study given their complementarity in terms of hydropower supply.

Also of concern were the terms of the hydropower Itaipú Treaty with Brazil (1973), which many Paraguayans saw as inequitable.

In the short term, Sangtuda-1, a hydropower plant that began operating last winter, will take on some of the country's electrical heavy lifting, though its introduction failed to resolve the electricity crisis.

California officials think the state can avoid power interruptions during peak hours and even meet long-term environmental goals despite hydropower's decline.

Nicholas D. Kristof's review of energy options is accurate as far as it goes, but it doesn't mention possibly the most promising and ecologically sound long-term energy source: tidal hydropower, based on underwater turbines at any place where water regularly flows, whether rivers (one-way flow) or the tides (two-way).