MiPSMART -Smart Grid Simulation

MiPSMART™ – is a web based Smart Grid Simulation environment. The product is the only one of the kind that envisages the application of the smart grid concepts in real time. It is designed for the smart grid enthusiasts as a tool to understand the concepts, possibilities and applications of Smart Grid. Though it is aimed as a learning tool, the product design has been carried out in a fashion to accommodate the real time applications. Thus making a useful tool for even the distribution companies to keep track of the consumer usage, and perform various other actions like encouraging them to reduce the usage or in other terms to effective manage their loads.
  • Power producers to publish the day-ahead schedule and the costing.
  • Regulator who manages the tariffs, grid parameters and incentive mechanisms.
  • Service provider who manages the consumers, track their usage and manage the demand.
  • Consumer who can keep track of his/her usage, receive information on tariff’s/incentives and effectively manage the loads.

MiPWIF™

MiPWIF™ is designed to forecast water inflow in a dam/reservoir. Water Inflow Forecast (WIF) is used in water resource planning, power generation, irrigation and flood control.   In the context of power system engineering, WIF has importance in hydro system modelling. Accurate prediction of water inflow in a reservoir helps to predict future hydro generation accurately leading to better scheduling.
In deregulated environment better scheduling leads to economic operation of utilities. Water inflow forecasting is also useful in flood forecasting, reservoir operation planning, etc.

MiPHSM™

MiPHSM™ is optimal hourly scheduling (unit commitment & dispatch) of generation resources over the next day or week is an important function for power system operation. The main objective of Hydro System Model (HSM) is to determine the most economical way of hourly production schedule of the hydro resources considering demand side options, water and unit availability over the next day or week.
The objective function is subjected to a set of system operation constraints such as: hydro constraints like water balance in cascaded reservoirs including time delays between upstream releases and downstream arrivals, irrigation constraints, ramp constraints etc.
The optimal solution of hydro system model is of great technical as well as commercial interest. The main complexity in solving this type of problem involves the modelling of nonlinearities, integer decisions, and coupling constraints for different time stages.

MiPDATool™ – is a Disturbance Analysis Tool package

MiPDATool™ – is a Disturbance Analysis Tool package. It is a user friendly windows based application that can be used by companies engaged in the business of power distribution. MiPDATool™ is an offline tool which is capable of analyzing both COMTRADE and PMU files. Transmission system sees several events in terms of generation variation, change in load and switching equipment state and fault.
Proper operation of system under such scenario is very much important for high availability of electrical systems. The early detection these events and classify it them to normal and abnormal system behaviour by harnessing the IT will help to reduce loss and outage that occurs in transmission system.

MiDGIS™ – is a GIS based Distribution Analysis and Planning package

MiDGIS™ – is a GIS based Distribution Analysis and Planning package. It is a user friendly windows based application that can be used by companies engaged in the business of power distribution. MiDGIS™ is available as a Desktop – Client Server model. Core engines like load flow, short circuit analysis are very robust, field proven and time tested for decades. Modelling the systems and performing various analysis is simplified. Once required data is collected, it can be modelled and analysed within minutes. MiDGIS™ brings network analysis and geo spatial / location information together. With location information utility is empowered with visuals, utility will be well equipped to supply quality power, safety and improved reliability with good protection system and contingency management, well managed outages, compliance, reduction of loss, cut costs and more.

MiPTAP™-Transmission System Analysis and Planning

MiPTAP™ is a windows-based Transmission System Analysis and Planning package. Its user friendly applications allow simulation and studies for planning and operation of power transmission. Accurate modelling of the entire transmission system and performing various system studies is offered in a simplified form. Core modules like Load Flow Analysis and Fault Studies, Distance Relay Coordination, Transient. Stability Analysis, Voltage Stability Analysis.
Dynamic Stability Analysis, Sub Synchronous Resonance, Harmonic Analysis, Electro Magnetic Transient Analysis, Open Access Feasibility Analysis, Distribution System Reliability Indices Bus Reduction are very robust, field proven and time tested for decades. MiPTAP™ provides the user with the options of modelling the Transmission system.

MiPDAP™ – MiPower – Distribution System Analysis and Planning

MiPDAP™ is a windows-based Distribution System Analysis and Planning package. Its user friendly applications allow simulation and studies for planning and operation of power distribution. Accurate modelling of the entire distribution system and performing various system studies is offered in a simplified form with options of automatic network generation from GPS recordings. 
Core modules like Load Flow Analysis and Fault Studies are very robust, field proven and time tested for decades. MiPDAP™ provides the user with the options of modelling the distribution system from the substation till the end consumers covering all voltage levels, network mapping with consumer indexing for billing and Feeder-wise & DTC-wise loss assessment for AT&C loss calculations and energy accounting.
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