digitalenergy^TM Introduction

Developed with a simple to use web based interface digitalenergy can be implemented for a single building or several buildings, large or small, at any stage of a buildings lifecycle from construction and throughout the occupancy.

Approved by Communities and Local Government for carbon calculation under regulation 17a digitalenergy provides assessors and end users alike a robust platform for carbon savings.

Flexibility with enterprise and building dashboard
Designed around a .NET framework digitalenergy is a flexible solution to a multitude of needs. With an enterprise and building dashboard tier within the software, detail is constructed from 'functions' that meet the needs of the client, operator or service provider, or the demands of the building. Functions can be added at any time making the system scalable.

Fundamentally, like any other software the framework works on the principle of inputs and outputs. Inputs can be from direct manual interface, upload from templates and forms or automatically collected from existing metering or building management systems either directly or from a database link, all providing seamless integration. Outputs are presented to the user through a html interface enabling them to be accessible from any location. Export of reports can then be enabled in a variety of forms.

User orientated approach
From the enterprise dashboard the user can view information on a specific building through the building dashboard. Designed to facilitate the provision of information as a snapshot to the specific user the layout has a number of 'docking' areas that can feature reports, charts or certification.

Through the building dashboard information can be viewed and edited as required to enable either fast effective compliance or a detailed building record to be maintained, or both!

Recognised as a leading innovation at the Low Carbon Performance Awards digitalenergy offers an award winning approach to compliance.

Click here to download a pfd with more information.