When choosing an energy management software, it’s important to consider several key features. These features will help you monitor and analyze energy usage, manage energy demand during peak periods, and reduce energy consumption and costs. Here are some features to look for:

1. Energy Monitoring and Analysis: The software should provide real-time energy monitoring and analysis of energy usage, demand, and costs for all energy-consuming systems.
2. Data Visualization and Reporting: The software should have the ability to display energy usage data in a clear and concise manner, with various reports and dashboards available to visualize energy data.
3. Automated Data Collection: The software should be able to automatically collect data from a variety of sources, without the need for manual data entry.
4. Energy Modeling and Forecasting: The software should be able to model energy consumption and provide energy forecasts to help with energy management decisions.
5. Demand Response and Peak Shaving: The software should have the ability to manage energy demand during peak periods and provide demand response strategies to reduce energy consumption during peak periods.
6. Energy Procurement and Contract Management: The software should have the ability to manage energy procurement and contracts, including monitoring prices, tracking usage, and identifying opportunities to optimize energy purchasing.
7. Energy Efficiency and Conservation: The software should provide energy conservation and efficiency strategies to reduce energy consumption and costs, including recommendations for equipment upgrades and energy-saving initiatives.
8. Integration and Compatibility: The software should be compatible with a variety of devices, systems, and protocols, and have the ability to integrate with other software.
9. Security and Data Privacy: The software should be secure and protect sensitive data, including energy consumption data, user information, and financial information.

In summary, a good energy management software should provide comprehensive energy monitoring and analysis, automation, energy modeling, and forecasting capabilities, along with demand response and peak shaving strategies, energy efficiency recommendations, and seamless integration with other systems.