Sentence examples for excessive power generation from inspiring English sources

In general, congestions in a distribution system may be caused by various factors, e.g. very high power consumption during peak hours, concentrated charging of EVs and excessive power generation from DGs. Distribution system congestion has been studied in some existing publications, and two kinds of methods proposed, i.e. market-based methods and direct control methods.

It is shown that the curtailment of excessive wind power generation can be significantly relieved through the proposed schemes in a MCE system.

Generally, the P2G technology is recognized as a novel method to store, transport and reutilize the excessive electric power generation of renewable energy sources [29].

Take the spot market in Denmark as an example, the spot market price in Denmark may become negative due to excessive wind power generation and limited electricity loads after midnight.

Similarly, the heat storages do not have the highest priorities in storing the excessive wind power generation, and their operation is deeply affected by the operation of CHP units for balancing the heat flows.

Hence, for a DPGS, it is essential to utilise electrical energy storage (EES) unit to store the excessive energy while power generation is running at off-peak time; and then the EES may supply the stored energy during the peak demand period.

Excessive force generation by airway smooth muscle is the main culprit in excessive airway narrowing during an asthma attack.

Manila recently enacted a renewable energy law to stimulate private investment that he described as encouraging open and competitive power generation while reducing excessive royalties and taxes.

The combination of fast reactors and an advanced fuel cycle processes is considered as a potential option for sustaining nuclear power generation without producing excessive high level wastes.

The simulation results illustrate that the proposed distributed moving horizon coordinated controller can allocate the output power of two generation subsystems reasonably under varying environment conditions, which not only can satisfy the load demand but also limit excessive fluctuations of output power to protect the power generation equipment.

Nearly the same power generation, dielectric constant, and loss after excessive strain suggest that our LiNbO3-PDMS composite nanogenerator was quite stable; this was attributed to the low volume ratio of LiNbO3 inside the PDMS (approximately 1%).