Sentences with phrase «energy efficiency of its operations»

General Motors is continuing its slow but steady push to improve the energy efficiency of its operations and increase its use of renewable energy.

It allows them to increase energy efficiency of their operations and save money on energy demand and their bills, to manage power in such a way that they could «pick and choose when where and how they access their energy», even participating in demand response programmes if applicable and get better visibility on the condition of their produce, which is obviously important in managing the economics of delivering their goods to market.

Not exact matches

Trump's latest budget — if enacted — would make deep cuts to smart grid, power - grid operations, and other research that could improve the reliability, efficiency, and cost of US energy infrastructure.

For Man, by the act of «noospherically» concentrating himself upon himself, not only becomes reflectively aware of the ontological current on which he is borne, but also gains control of certain of the springs of energy which dictate this advance: above all, collective springs, in so far as he consciously realizes the value, biological efficiency and creative nature of social organization; but also individual springs m as much as, through the collective work of science, he feels himself to be on the verge of acquiring the power of physicochemical control of the operations of heredity and morphogenesis in the depths of his own being.

Grindmaster - Cecilware's goals are to reduce its use of natural resources and its production of solid waste, maintain recycling initiatives in every area of operation, and continue research and engineering initiatives to create energy efficiency and sustainability in all product lines.

«These grants will improve the energy efficiency of farming operations and lower costs for farmers.

Reducing emissions through energy efficiency With respect to its own multibillion - dollar portfolio of drilling operations, refineries and pipelines, Exxon Mobil said it «addresses the risk of climate change in several concrete and meaningful ways,» including through energy efficiency measures, deployment of less carbon - intensive technologies at its facilities and even the development of products that help consumers use energy more efficiently.

Energy efficiency is not a primary concern, because operation is inexpensive — a typical ceiling fan running 24 hours a day consumes about 60 kilowatt - hours a month, for an average electricity cost of about six dollars.

«We compared the efficiencies of [the port's] diesel engines versus fuel cells, studied the energy efficiencies at various power levels and estimated the savings and reductions in emissions that would be realized if they were to convert to a fuel cell - powered operation,» Pratt said.

Further enhancing the efficiency of the BMW Series is a number of advanced technologies, including Auto Start Stop, Brake Energy Regeneration, on - demand operation of ancillary units and the ECO PRO mode.

«Advancement of new technologies, rethinking park operations, and investing in our future by educating the next generation all contribute to our overarching goal of energy efficiency and conservation.»

Tate has taken a leading role in sustainability issues within the sector and continues to strengthen the energy efficiency of its buildings and operation.

The summit brought owners, operators, manufacturers and service providers together to discuss operations issues in the world's ninth largest wind energy fleet, and explore innovative tools and techniques to increase efficiencies, drive down costs, and unlock the technical potential of modern wind power facilities.

In our operations, we are improving energy efficiency and reducing carbon emissions through behavioral or management changes, technology improvements and increasing our use of low - carbon, renewable energy, like solar and wind power.

The second installment intermingles some interesting reports on the manufacture and efficiencies and operations of solar PV with energy required to produce them.

With deposition plant energy efficiency of 6.8 % (i.e. 617/9090) we'd need around 7,000 plants to be manufactured and constructed per year (33,000 in operation per year, each with a 5 year life).

The report's author, Prof Gordon Hughes, an economist at Edinburgh University and a former energy adviser to the World Bank, discovered that the «load factor» — the efficiency rating of a turbine based on the percentage of electricity it actually produces compared with its theoretical maximum — is reduced from 24 per cent in the first 12 months of operation to just 11 per cent after 15 years.

A significant portion of this energy can be saved through efficiency in design, systems, and operation.

Heat recovery systems Heating systems Summer comfort factors Electrical energy concepts and requirements Heat loss and energy use modelling using PHPP software Cost efficiency Construction documentation and coordination Construction site management and quality assurance Building systems operations Energy efficient building retrofitting Units of measurement and the different physical characteristics they represent, ie: work, power, temperature,energy concepts and requirements Heat loss and energy use modelling using PHPP software Cost efficiency Construction documentation and coordination Construction site management and quality assurance Building systems operations Energy efficient building retrofitting Units of measurement and the different physical characteristics they represent, ie: work, power, temperature,energy use modelling using PHPP software Cost efficiency Construction documentation and coordination Construction site management and quality assurance Building systems operations Energy efficient building retrofitting Units of measurement and the different physical characteristics they represent, ie: work, power, temperature,Energy efficient building retrofitting Units of measurement and the different physical characteristics they represent, ie: work, power, temperature, heat.

Draft policy recommendations and provide accurate information to the President and College community in order to promote and ensure conservation of resources, energy efficiency, waste reduction and recycling, emissions reduction, reliance on renewable energy sources and resources, healthy and safe environmental practices, and the sustainable operation of the College.

Much of Wednesday's program was devoted to Canada's rapidly expanding wind energy operations and maintenance (O&M) market, with representatives from some of the country's largest wind farm operators weighing in on strategies to boost efficiency, improve productivity and lower costs.

LEED ® provides benchmarks for the design, construction and operation of a property and covers site makeup, building materials, water and energy efficiency as well as indoor environmental quality.

The Zehnder Novus 300 HRV is the highest efficiency heat recovery ventilation unit in the world (see Home Ventilating Institute (HVI) and Passive House Institute (PHI) Directories of Certified Products) and all Zehnder HRVs / ERVs are characterized by a high level of heat recovery, quiet, energy - efficient DC - motors, rugged controls and simple operation.

The design, construction and day - to - day operation of the Smart Home rest upon five principles: smart design, material efficiency, energy efficiency, water efficiency, and healthy environment.

If the DECs were to be brought into the commercial retail sector there is a possibility that tenants could ask landlords to meter separately the energy of each unit demised in a multi-occupied building, so that the occupier's DECs reflect the efficiency of their operation, which can then be demonstrated to the consumer.

Managed the daily operations of this contracting company that specialized in in Direct Digital Controls (DDC), fire alarm systems, power distribution systems, energy - conservation, high - efficiency lighting upgrades, public safety systems, telecommunications cabling, and information technology networks.

Professional Duties & Responsibilities Designed and installed varied residential and commercial alternative energy technologies Developed wind, solar thermal, and photovoltaic energy - based systems for multiple uses and users Responsible for cold region engineering including ice breaker technology and the Alaskan Pipeline Created and implemented mechanical engineering projects in the field of aerospace technology Designed, constructed, and oversaw operations of 100 ton gold refinery Committed to alternative energy, ecology, and cost - saving energy efficiency Significant mediation and litigation experience focused on alternative energy issues Served as intellectual property, patent, trademark, and products liability attorney University - level lecturer in business, First Amendment law, social responsibility, and ethics