OpenUtilities
Optimize Network Design, Planning, and Operations for Resilience and Reliability
DOWNLOAD E-BOOKA Pathway to the Renewable Energy Future
OpenUtilities enables global utilities to embrace the era of digital transformation with software applications that help streamline the design, planning, and operating processes for utility network and asset infrastructure.
Modeling the Grid for Decentralized Energy
OpenUtilities solutions leverage a connected data environment to support interoperability and information management across utility networks to drive efficiency, collaboration, and productivity.
As electrical and gas networks become more dynamic, utilities have immense opportunities to develop a digital strategy that includes a cohesive network management framework and asset performance foundation to more effectively accommodate the changing energy mix, including distributed energy resources (DER).

Plan and Design Utility Networks
NETWORK DESIGN AND MANAGEMENT

Manage Grid Edge
DER INTEGRATION MANAGEMENT

Maintain Network Reliability
UTILITY ASSET MANAGEMENT
Embrace the Era of Digital Transformation

Sofia Municipality, Bulgaria Street Lighting Infrastructure Project
OpenUtilities empowered designers, planners, and asset management teams to improve the asset performance of public street lighting.

AEM Gestoni Srl District Heating multi-utility GIS System
AEM Gestioni Srl deployed a modern GIS solution that enabled a district heating data model with the capabilities to edit, view, query, and analyze network assets.

Cha'anling-Xiaojiazhou 220-kV Electric Transmission Line Project
POWERCHINA Hubei Electric Engineering Corporation initiated collaborative, 3D digital design that saved CNY 6.2 million.

T&D Implementation of Asset Risk at Indianapolis Power & Light
AssetWise Asset Reliability enabled Indianapolis Power & Light to reduce equipment failures by 70% in its downtown distribution network.
OpenUtilities creates true intelligent and connected digital infrastructure, supporting planning, design, analysis, construction, and operations





