Sankhya Technologies - Teraptor Smart Grid Prototyping Platform(SGPP) Proposal

●Home ●About Us ●Platforms ●Synthetic Processor Design ●Synthetic Processor Verification ●System Modeling Platform ●More Design Platforms => ●Teraptor Designer IDE ●Teraptor Player (Simulator) ●Teraptor Channels ●Teraptor SDK (Compiler) ●Object Middleware ●Machine Translation ●Complex Systems Modeling ●Synthetic SoC ●VHLS Engine ●Cognition ●BigData and DataFactory ●Document Management ●More Business Processes => ●Order To Cash ●Procure To Pay ●Varadhi Enterprise ●SaaS Publishing ●Industries ●Automotive ●Consumer Electronics ●Networking & Storage ●High Performance Computing ●Aerospace & Defence ●Transportation ●Manufacturing ●Sales ●Support ●Partners ●Research ●Contact

Have a Question? >>> Ask To Attend a Course >>> Register Ready to Buy >>> Request Proposal To Connect a Lead >>> Refer

SANKHYA Sales

●Contact Sales ●Sales Proposal ●Teraptor SPDP Proposal ●Teraptor SPVP Proposal ●Teraptor SGPP Proposal ●Sankhya Paranagari Proposal ●Sankhya Paranagari EPIM Proposal ●EdVantage Training Proposal ●EdVantage IoT-Select Proposal ●Sankhya C Test Suite ●GenAI @ Sankhya Technologies ●Learn More

SANKHYA Teraptor Smart Grid Prototyping Platform

Smart Grids refer to a network of Smart Nodes capable of producing, consuming, buying and selling power through real time collaboration with the goal of optimizing energy production and use based on local and global policies. On a Smart Grid graph, power flows in one direction and currency flows in the other. In the near future, Smart Grids can be expected to lead to the development of new notions of currency that lives on the graph!
Smart Grid Vision statements often talk of computation and communication relating to the management of energy production, consumption, purchase and sale. Like all things technical, Smart Grids are all about technology and its impact on the human world.Read the full proposal