Power Generation Management Software Solutions
Smart automation for power generation management
Whether you’re overseeing traditional power plant facilities, skid units, or renewable energy assets, SitePro’s all-in-one platform offers complete visibility and secure control of your operations from anywhere.
All-In-One Solutions for Modern Energy Management
Power generation software designed with reliability and resilience in mind
Enhance asset performance management by automating key processes
- Improve equipment reliability with preset thresholds
- Receive notifications when equipment is operating outside of those setpoints
- Address and adjust process controls via a modern, flexible on-site HMI, secure web portal, or dedicated mobile app
Efficiently manage vast networks of assets without leaving your office
- View live equipment statuses and track asset reliability
- Control equipment functionality from your phone or desktop
- Adjust process thresholds in real-time to avoid downtime and optimize production
Turn your operational data into actionable information
- Compare trends over time
- Create customizable analytics dashboards
- Schedule recurring reports to auto-send
Stop switching between platforms and view every asset, anytime, anywhere
- See summary metrics from every location on one DCS dashboard
- Dive into granular equipment performance on any asset
- Receive real-time alerts across your operations and check responses from users in your organization
Pour a morning cup of coffee and check equipment statuses on your phone. No alerts indicate any abnormal operation, and real-time insights from turbines and generators show stable conditions across all operations.
While at the office, you check SitePro’s Command Center and dashboard to check operations across all sites. Preset automation ensures all equipment is acting efficiently based on demand.
Review the automated report sent to your email every afternoon. The report shows trends gathered from real-time and historical data about demand throughout the day, so your team is able to forecast performance. You’re able to determine when maintenance might be necessary and can schedule equipment checks as needed.
Before clocking out, use SitePro’s Intel to double-check equipment statuses and productivity. Ensure maintenance requests and compliance tickets are logged prior to the next shift.
Go home knowing your facilities are operating as they should, and if something begins operating outside of present thresholds, you will be notified immediately and can make necessary changes from your phone or know exactly where to send an engineer or tech for adjustments. Sleep well knowing SitePro is always watching your operations for you.
Package Comparison
Choose the real-time power generation software package that’s perfect for your business
SitePro offers several different customizable packages to choose from to boost productivity and cut energy costs for your business.
Essential visibility and real-time alerts
Good for: Operations focused on oversight and robust data and analytics
Considerations: This package will require upgrades or additional technical/engineering support to make changes to equipment or operations
Advanced Monitoring and Remote Control
Good for: Operators needing oversight to visualize operational data and the ability to make adjustments to equipment remotely
Considerations: Software will still require an upgrade or engineering support for configuration changes
Our most robust package available, with advanced remote monitoring control and configuration capabilities
Good for: Operators with engineering expertise or support who want complete control of all power generation and renewable energy asset.
Considerations: Provides technically savvy operators with the ability to reconfigure their automation as necessary, free from consultants and programmer dependencies
Popular Add-Ons
Take your power generation management software to the next level
SitePro is more than automation. These tools empower operators to boost efficiency, see early warning of issues, and feed predictive analytics to help reduce equipment failures.
FAQ
Answers to your most common questions
Power generation management software is a digital platform that helps energy companies automate, remotely monitor and control, and optimize the production and distribution of power. This power can be from traditional sources like natural gas, coal, or diesel, or via renewable energy sources like wind, solar, hydro, or geothermal.
There are many terms for software used in power generation, distribution, and monitoring. These terms include Supervisory Control and Data Acquisition (SCADA), Distributed Control System (DCS), Programmable Logic Controller (PLC), Energy Management System (EMS), Power Management System (PMS), Distributed Energy Resource Management System (DERMS), and Building Management System (BMS).
Core functions of real-time power generation software include equipment automation capabilities, remote monitoring and control, and access to real-time data and analytics for advanced management. These functions ensure equipment is operating at optimal levels, production is peaking, and boosts reliability in power plants.
At the facility level, a Human-Machine Interface (HMI) acts as a visual dashboard for control systems and can be connected to a software platform via Industrial Internet of Things (IIoT) for advanced analytics and cloud visibility.
A power generation system is a facility that produces electricity from a variety of sources, such as natural gas, coal, wind, solar, or hydro. With modern automation and power generation software solutions, operators can ensure every part of this process is operating as smoothly as it can to help minimize costs and meet sustainability goals.
Remote control is one of the most valuable tools to stay ahead that a power generation management system provides. With the right configuration, systems can auto-start, synchronize, load share, or shut down generators. Other engine functions include fuel flow control and black start or auto-reconnect. In renewable and hybrid systems, operators can utilize solar inverter controls, wind turbine output adjustments, battery storage switches, and charge or discharge commands, as well as hybrid mode coordination.
