Case Study:
Blackstone Energy Services
Blackstone is a trusted energy transition partner specializing in energy and carbon management for both public and private sector businesses within the built environment.
Blackstone Energy Services
Industry: Energy & Carbon Management
HQ: Toronto, Canada
Technology: blackPAC™ powered by FIN Framework
Published: February 2022
Last Updated: March 2025
Leveraging J2’s FIN Framework technology and expertise, Blackstone has been able to provide an improved blackPAC suite services.
Blackstone chose FIN Framework because it met their key requirements which included:
- Simplifying edge to cloud connectivity
- Increasing speed to market
- Offering simple site installation and commissioning
- Customized dynamic dashboards providing optimal control over energy use and costs
- Flexibility of hardware deployment
- Potential for implementing control actions in addition to monitoring.
FIN Technology for blackPAC
FIN can be embedded on an edge platform hosted in the cloud. J2’s solution for Blackstone utilizes this unique capability and enabled blackPAC to serve dashboards both from the enterprise and the site. This solution offers secure remote access and a way to manage multi-site customers who want to view aggregated data and perform comparative analytics across all their sites, using a cloud-hosted instance of FIN. FIN’s Edge2Cloud technology, included in blackPAC, addresses remote access and site-to-cloud connectivity issues while also providing comprehensive user and device management for large multi-site applications.
As part of the upgrades, Blackstone enhanced their edge hardware, which now offers ample capacity for local data storage and the option to implement control functions as needed.
Flexible and Scalable Dashboards
The FIN framework is the backbone upon which the blackPAC modules are built. It includes features like logic builders and database builders, which enable contextual point mapping. This capability makes the blackPAC dashboards both flexible and scalable.
Suite of blackPAC Modules
- Enterprise: Portfolio-wide dashboard for reporting energy, carbon and overall performance.
- Utility: Live utility meter monitoring with targeting and M&V tools.
- Live ICI: Forecast and monitor peaks for demand performance, maximizing global adjustment savings.
- Active ICI: Active and automated building demand management & peak shifting for ICI savings.
- Solar: Live solar PV monitoring with targeting and M&V tools.
- Optimize: Automated real-time optimization of building systems, using AI for continuous improvement.
- Carbon: Emissions tracking and reporting on live and historical data.
- ActiveDER: Automated management, coordination and control of renewable resources.
- Drive: Automated management and control of electric vehicles & peak shaving for ICI savings.
Custom dashboards
The end user experience will be enriched with new customizable dashboards, implementing sophisticated rules-based analytics and fault detection diagnostics to maximise operational efficiency as well as minimizing energy usage for the building or system.
The result
Powered by the FIN Framework, Blackstone’s blackPAC is a distributed, scalable, and secure enterprise energy and carbon management solution, ideal for smart buildings and smart grids. It effectively manages energy, emissions data, building system performance, and distributed energy resources.
blackPAC integrates with existing systems for analytics and control using open, interoperable edge IoT technology. It presents energy and building data on intuitive web-based dashboards, enabling the management of distributed energy resources, setting consumption alerts, detecting faults, running detailed analytics on building or portfolio performance, and providing real-time reporting. Additionally, integration with other data sources like budgets, forecasts, and utility billing enhances decision-making.
Watch the case study on how plackPAC connects a massive dataset and 32 buildings throughout the Brock University campus, which allows them to manage & visualize their energy use while acting as a central nervous system for decarbonization efforts.
Using Data to Drive Decarbonization at Brock University