Sentence examples for common energy efficiency from inspiring English sources

The most common energy efficiency and renewable energy interventions within UK are floor, roof and wall insulation, solar photo voltaic and solar thermal panels, condensing combination boilers, wind turbines, micro-combined heat and power systems and air and ground source heat pumps (Boardman 2007).

Her 2013 energy fellowship not only supported her research but also enabled her to connect with industry leaders over their common goal of energy efficiency.

This is related but distinct from most common definitions of energy efficiency.

While, all hierarchical protocols share the common goals of energy efficiency and scalability, the key differentiating factors among these protocols are their clustering techniques and the ways of finding and maintaining the routes between source destination pairs.

There is a common problem in energy efficiency considerations in wireless sensor networks (WSNs): maximizing the amount of data sent from all sensor nodes to the base station (BS) until the first sensor node is out of battery.

During a Commons debate about energy efficiency on Wednesday, she mentioned a solar cell being developed by Toyota to power its cars.

Industrial energy programs such as energy audit programs and long-term agreements (LTAs) are one of the most common means of promoting energy efficiency in industry.

For cities with plans already underway, the most common modes of implementation were: energy efficiency measures; incorporating goals into sustainability or climate action plans; installing renewable energy; developing financing models; community choice aggregation; and cooperation with utilities.

Hence, it is important to understand the special characteristics of the common areas in buildings for energy efficiency improvement whilst maintaining human comfort.

In theory, Republicans and the administration could find common ground on energy, from new energy efficiency steps to expanded use of nuclear power.

It is common knowledge that the solar-thermal energy efficiency increases without extremum points with the flow rate, and similarly the fluid outlet temperature increases with the collecting area.