Sentences with phrase «energy modeling capabilities»

Energent Energent incorporates powerful statistical energy modeling capabilities to track monitor and assess customers» energy data and facility energy performance.

Not exact matches

Accessing CSIRO's expertise in energy research and modelling capabilities through the scenario planning process enabled the partner to identify multiple new business opportunities resulting in competitive advantages for their business today and into the future.

This study has advanced scientists» capabilities to model and predict those complex aerosol - cloud interactions on the Earth's energy budget, for a balanced and energy - sustainable future.

Leveraging our combined experience with H2A, H2FAST, SAM, and grid modeling tools, NREL can provide stakeholder support for a broad range of TEA capabilities related to hydrogen production systems and the integration of renewable sources of energy.

of torque (10 percent increase), with better fuel economy and increased refinement 6,000 - mile maintenance schedule for all gasoline engines Improved steering linkage for 4x4 models Trailer Sway Control added to available Electronic Stability Program (ESP) Tire Pressure Monitoring (TPM) system available 2007 MODEL YEAR YES ® Essentials Stain resistant, odor resistant, anti-static seat fabric incorporated into vehicles with cloth seats Power accessory delay E85 compatible 4.7 - liter V - 8 engine (Flexible Fuel Vehicle — FFV) Optional Electronic Stability Program (ESP) Optional remote start One - touch, three - blink lane change feature 2006 MODEL YEAR Multi-displacement System (MDS) on 5.7 - liter engine is a fully functioning cylinder deactivation system on a pickup truck (first for segment) and enables fuel economy improvements of up to 20 percent Variable Line Pressure (VLP) feature on four - speed automatic transmission (mated with 3.7 - liter V - 6 engine) results in improved fuel economy and smoother shifts Front - axle disconnect system (standard on 4x4 models) minimizes energy consumption and improves fuel economy NV244 full - time electric transfer case standard on all 4x4 models delivers 45/55 front / rear torque split when four - wheel drive is activated Optional all - wheel - drive electronic transfer case «Tow / haul» feature provides crisper shifts and reduces gear searching when towing Re-engineered hydroformed, fully boxed frame with increased torsional rigidity and bending stiffness for enhanced ride and handling capability and reduced transfer of noise Reduced drag brake calipers contributing to enhanced aerodynamics Coil - over shock, double wishbone front suspension on 4x4 models Specifically tuned monotube shock absorbers Re-tuned springs, jounce bumpers and suspension bushings for enhanced driving dynamics Re-engineered body mount design results in quieter cabin experience and more comfortable ride Re-engineered engine and transmission mounts for enhanced ride and handling characteristics

Through our sophisticated modelling and simulation, they have sufficient driving capability for OLED and potentially, microOLED displays which offer increased contrast, response times and energy efficiency.

The new model has energy saving capabilities, can be ready for printing in two minutes, and prints 3D pieces up to 410 cubic inches.

Proposals that coordinate with other BER community capabilities, such as the Atmospheric System Research (ASR) program, Energy Exascale Earth System Model (E3SM) project, and Climate and Earth System Modeling programs, are encouraged.

«These examples showcase the responsiveness, consistency and multisectoral capability of our approach, which we believe represents a promising direction for the climate impact modeling community,» says Sergey Paltsev, a co-author of the study and deputy director of the MIT Joint Program, as well as a senior research scientist at the MIT Energy Initiative and the MIT Center for Energy and Environmental Policy Research.

As I discussed in a companion blog post, FERC Order 841 requires electricity markets to create an energy storage participation model that allows storage to provide its full capabilities to the wholesale energy markets.

The primary objective of this work was to expand upon the capabilities of past GFDL models used to study climate on seasonal to centennial time scales by the addition of a comprehensive and interactive carbon cycle in the land, ocean and atmosphere to «close the carbon cycle» in the same way we do for water and energy in a traditional climate model.

These include intrinsic limitations in current observational capabilities (e.g., spatial and radiometric resolution of currently available spaceborne sensors) and limitations on how accurately surface energy balance models handle ice sheet albedo.