Technology is advancing rapidly. And as they evolve, so too does power plant maintenance software. With this in mind, what changes can we expect to see in the future for not only power plants, but the software that helps maintain them? Optimized Power Plant Design The effectiveness and efficiency of any facility — from a farm to a nuclear power plant — literally starts from the ground up, aka the design of the facility. Power plant design software is more commonly integrated with power plant software now than ever before, and the trend is growing.
After all, why start using the software after the facility is built when you could use it throughout the entire lifecycle? Whether you work with coal-fired plants, thermal power plants, nuclear power plants or electric power plants, you can ensure your facility is as efficient as possible from the get-go thanks to this software. Nothing can replace the advantages of gathering data in real time. You can then quickly respond to any issues that you discover. These real-time business analytics help improve safety, efficiency and revenue.
They improve safety by providing information on any system malfunctions more on this later , while they improve efficiency by highlighting slowdowns in your various day-to-day operations.
When you combine these two, they lead to lower equipment downtime and quicker operations, both of which drive revenue. It now acquires much more data than it used to, and it exploits that data to detect potential problems… Reid said thoroughly reviewing all of the data that is collected is not humanly possible, so Duke Energy has several software tools that it utilizes for the task.
You can find the Internet of Things IoT applied almost everywhere nowadays, but nowhere is it more prevalent than in the warehousing, manufacturing and energy sectors. In order to keep pace, power plant management software can be integrated with these IoT systems, providing workers and managers with invaluable information.
In addition, these systems can analyze the data to provide insights into equipment failure. As we mentioned earlier, and as you well know, working in a power plant can be dangerous. That means that every precaution has to be taken, as should every opportunity to improve safety.
The Internet of Things is a big component in this. By monitoring the safety of your various systems — including safety systems themselves — system failures are more likely to be caught beforehand, reducing the number of dangerous incidents. The Power Magazine article referenced above also explained that power plant software has the ability to analyze data in order to identify what causes safety events, leading to less downtime caused by them. In addition, power plant management software can aid in meeting compliance standards, further ensuring the safety of your workers.
Now that you have a better understanding of this software and its future, you can begin to explore the market for products that will suit your needs. Apart from three main components, you need to fill one more field named as PV Inverter matching , where you need to set Module Per String and Strings values. After filling all the necessary parameters, press the Get Report button. In the report, you get various helping results like Right Tilt and Azimuth Angles for PV or solar panels, Inverter efficiency , Power ratio , Cable loss , and various other important technical data in details.
SolarPlan is yet another free solar design software for Windows. It is a straightforward software through which you can set up Solar Panels and Inverters to build the complete system.
In this software, you can set up the system in just three simple steps which are:. Overall, it is another great solar design software that helps you create the complete solar PV system. MaxDesign is another good solar design or solar PV design software for Windows. This software makes the designing of solar photovoltaic system easier. Plus, this application can also be used in a networked environment, where multiple users can work together. In this software, you can design a solar or PV system design either by using the Automatic method which is much more convenient or the Manual method where you need to provide every detail about the system.
In both manual and Automatic methods, first, you need to create a project by providing various Customer and Project data such as Name , Address , Town , Country , Phone number , etc. After creating a Project, you can go to the Automatic or Manual tab. The PV module tab lets you select solar panel manufacturer , panel model , and the number of panels required for the project.
All other specification regarding the panels will automatically appear on the interface. After setting up all the required parameters, press the Start button to launch the system design information.
The Result will open in Layout result tab where you get different possible combinations of Inverter, string, panel, etc. Plus, you can also view the basic system design of all combinations as well to get a better idea of the design. The last tab that is Summary contains the estimated output performance of the system like generated output , AC output , module quantity , etc. In the Manual method , you need to fill every detail about your system manually like Inverter series , Inverter Type , Quantity of strings , Generator Surface , Line material , Cable length , Cross-section , and lot more.
This mode also provides some help to design an optimum system by showing you the output response as soon as you select or enter a parameter in this mode. The final result or the whole project can be saved as. It is mainly designed to calculate performance and financial models for renewable and solar energy projects. Using it, you can predict energy cost , operating cost , system design parameters , etc. It is a very broad software with a lot of sections, but its basic structure consists of mainly three main parts namely, User Interface , Calculation Engine , and Programming Interface.
To use this software, first, you need to select a performance model Photovoltaic, Wind, Biomass, Geothermal, etc. The Hybrid2 software package is a user friendly tool to perform detailed long term performance and economic analysis on a wide variety of hybrid power systems.
Variations in wind speed and in load within each time step are factored into the preformance predictions. HOMER Legacy is a free computer model that simplifies the task of evaluating design options for both off-grid and grid-connected power systems for remote, stand-alone, and distributed generation DG applications. As of April 14, , HOMER Legacy is available only for the following uses: 1 - Academics and students working on teaching and research, or on energy access projects. Free online calculation and simulation of solar photovoltaic electrical power in Europe, Asia and Africa.
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