Sentence examples for energy controllers from inspiring English sources

To save energy, controllers at Esa's centre in Darmstadt, Germany, put Rosetta into hibernation for 31 months.

Devices like CubeSensors and Alima add some amazing capabilities to our traditionally dumb spaces while security devices like Canary and energy controllers like Nest keep us safe and warm.

A top-down systems approach is an alternative approach which has been previously applied to determine and integrate a representative set of lumped biochemical reactions in vivo metabolic systems that incorporate primary substrates and key intermediate metabolites with coupled metabolic energy controllers ATP-ADP and NADH-NAD+ [1] [8].

In summary, in this mathematical model of skeletal muscle cellular metabolism and energetics, the number of chemical species (primary substrates, intermediate metabolites, and energy controllers) in the tissue cells domain (cytosol and mitochondria) is 30, which participate in 26 metabolic reactions.

In [16], we have proposed an energy controller that uses reinforcement learning techniques to elaborate an optimal energy flow policy without prior knowledge of the environment stochastic behavior.

This motivated us to investigate the design of a cognitive energy controller that optimizes the operating energy cost while using the battery in the most effective way to avoid accelerated cycle and calendar agings.

In this paper, we have presented a cognitive energy controller for a small cell base station connected to the smart grid and equipped with a battery and renewable production.

So the reaction fluxes are explicitly regulated by the coupled energy controller ratios CP1/CP2 and/or CR1/CR2 (if coupled).

The metabolic reaction fluxes in the subcellular cytosolic and mitochondrial domains are expressed in terms of a general phenomenological Michaelis-Menten equation with the coupled controller factors involving the compartmentalized [ATP]/[ADP] and [NADH]/[NAD+] energy controller ratios.

The metabolic reaction fluxes in the cytosolic and mitochondrial domains are represented by a general phenomenological Michaelis-Menten equation involving the compartmentalized ATP/ADP and NADH/NAD+ energy controller ratios.

These reactions include the compartmentalized metabolic energy controller pairs ATP-ADP and NADH-NAD+ whose ratios are known to modulate (fine tune) the reaction fluxes [2], [23] in the subcellular compartments.