NEPLAN - Power System Analysis
NEPLAN – Power System Analysis
- NEPLAN Software-360 is the first fully browser based power system analysis tool on the market and offers therefore all advantages of cloud computing.
- The software does not need to be installed on a specific desktop computer or notebook, but is accessible everywhere through Internet. As a result new licensing models are available for the users.
The Software can be used on the Internet in the cloud or in a customer’s Intranet, depending on their hosting place. As a result the network projects are stored in a:
- Multi-User SQL-Database in the Cloud (Internet)
- Multi-User SQL-Database in Customer’s Intranet
- XML File locally
The Software includes user administration and can assign different roles to the users.
The calculation modules have the same characteristics as the ones in the desktop version can handle symmetrical and unsymmetrical AC and DC networks in the same manner. The following calculation modules now are available:
- Load Flow and Energy Loss calculation
- Load Estimator based on Measurements
- Short circuit
- Reliability Analysis / Risk Planning
- Motor Starting
- Harmonic Analysis
- Over-current Protection
- Arc Flash Calculation
- Pole Strength Calculation
- Flicker Analysis
- Optimal Capacitor Placement
- Economic Cable Sizing and Thermal Analysis
- Express Feeder Calculation
- Optimal Separation Point
- Optimal Network Restoration Strategy
- Low Voltage Calculation
- Investment Analysis
- Grounding Design
- OTHERS on request
The common database and the unique C/C++ API simplify the integration of NEPLAN in external applications… Read More
NEPLAN | Electricity
NEPLAN Electricity is a software tool to analyse, plan, optimize and simulate networks. The user-friendly graphical interface allows the user to perform study cases very efficiently. The customizable software has a modular concept and covers all electrical aspects in transmission, distribution, generation / industrial networks. It suits best for Renewable energy system and SmartGrid application because all necessary models and simulation methods are integrated with a very high accuracy and performance. Besides steady state calculations, power quality and optimization aspects and protection design, the NEPLAN simulator allows to model wind and solar power plants with their controls for dynamic simulations (RMS/EMT) in detail and integrates also Matlab/Simulink models. The software is available in different technologies: as desktop application, in the web browser as internet solution on the cloud or as intranet solution and as a web service (see box “technologies” below) The common database and the unique API simplify the integration in external applications.
NEPLAN | Gas / Water / Heating
NEPLAN Gas, Water and NEPLAN Heating is a software tool to analyze, plan, optimize and simulate networks. The user-friendly graphical interface allows the user to perform study cases very efficiently. The customizable software has a modular concept and covers all aspects relevant and useful for the calculation of Gas, Water and Heating networks. NEPLAN is the only tool on the market that allows the user to simulate electricity, gas, water and heating networks simultaneously. This feature enables the User to model any interaction between those networks. The software is available in different technologies: as desktop application, in the web browser as internet solution on the cloud or as intranet solution and as a web service
NEPLAN | Asset Management
The NEPLAN Asset Management Tool answers the questions “what happens if…”. This Tool offers outmost flexibility modelling any system, it allows the asset managers to evaluate each asset individually and define a medium and long-term asset strategy in order to optimize the investment and maintenance planing as well as the power supply reliability and many more. The customizable software has a modular concept and covers all aspects of Operational Asset Management Strategic Asset Management The software is available in different technologies: as desktop application, in the web browser as internet solution on the cloud or as intranet solution and as a web service.
NEPLAN V10/360 / Cloud
NEPLAN V10/360 is the first fully browser-based power system analysis tool on the market and offers all advantages of cloud and intranet computing. The software does not need to be installed on a specific desktop computer or notebook but is accessible through Login and Password everywhere through Intranet or Internet.
NEPLAN Research
The NEPLAN Research Toolbox has been specially designed for researchers and developers which need to develop new power system models (e.g. control strategies) and new algorithms (e.g. SmartGrid applications). The Toolbox includes besides many NEPLAN calculation and simulation modules: The NPL NEPLAN Programming Library, which is a C/C++ API that allows to access NEPLAN data and calculation algorithms includes amongst others the following functions: execute any NEPLAN calculation engine read/write access to all variables of all components add / change /delete components and graphical data retrieve the results from the NEPLAN analysis An easy to use C/C++ API that allows developing user defined models for load flow calculations A function block drawing editor, which allows to develop user defined models for controllers and primary components with function blocks A Matlab interface, which allows developing dynamic user defined models (controllers and primary components). The models may also be developed through the NEPLAN block diagram editor A Simulink interface, that allows to execute simultaneously the NEPLAN dynamic simulator and the Simulink simulator. That means that the controllers and/or primary components developed in Simulink may be directly connected to a NEPLAN user defined model. When running the dynamic simulation in NEPLAN, It connects automatically to Matlab and executes the Simulink® model in Matlab. The rest of the network model will still be calculated in NEPLAN.
The common database and the unique C/C++ API simplify the integration of NEPLAN in external applications… Read More
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