GridX, Inc. partners with utilities and energy suppliers to transform their businesses and accelerate the clean energy transition. Our Enterprise Rate Platform helps these organizations to develop new products and business models to achieve their clean energy goals; quickly operationalize new offerings in their billing and settlement processes; and better engage with their customers for broader program adoption. The GridX platform is used by leading utilities, retail energy suppliers and energy ecosystem OEMs to serve more than 19 million homes and businesses.
The Solution: GridX Enterprise Rate Platform
The GridX Enterprise Rate Platform includes a highly flexible rate engine capable of supporting rates, programs, and business models of any complexity. The GridX Tariff Management System (TMS) incorporates an innovative Graphical User Interface (GUI) to enable users with no technical skills to quickly configure the most complex rates.
GridX Enterprise Rate Platform also includes integrated rate and cost analysis that uses smart meter data to enable customers to find the best rate plans that fits their needs. The entire suite of GridX applications enables enterprise users to manage the complete utility product life cycle, including rate design, marketing outreach, enhanced customer care, and key account management.
Advantages:
- Enable utilities to upgrade their Meter-to-Cash process and reduce operating costs with cross-platform automation that is easy to maintain and enhance.
- Enhance the CIS function by reducing the time needed to roll out new rates and programs, including TOU rates, from months to weeks, while ensuring a seamless billing process on the back end.
- Big-data, cloud-based technology creates an enterprise solution whereby tariff models can be shared across a suite of applications that support the complete product lifecycle, including rate design, revenue simulation, billing, marketing & customer education, and support for CSR and Key Account managers to answers their customers rate and cost questions in real time.
