Next-Generation Smart Energy Network

Client:

Octopus Energy

Project:

Octo Secure (DESNZ Project)

Goal:

Create a next-generation smart energy monitoring system for properties that operates independently of internet connectivity.

Results

Advanced smart grid capabilities

Efficient energy management

Reduced infrastructure dependencies

Scalable deployment options

Future-proof design approach

Challenge

Develop a system that could utilise existing smart meter infrastructure to enable advanced energy management features without relying on household internet connections, while ensuring security and reliability.

Our Solution

We developed a comprehensive smart energy system that:

Communicates directly through smart meter infrastructure

Enables whole-home temperature monitoring and control

Provides automated energy optimisation

Supports intelligent grid management

Features multi-zone environmental monitoring

Enables direct device control and automation

Ensures secure, encrypted communications

Supports future expansion and updates

Integrates with grid demand response systems

Enables advanced energy storage management

User Benefits

Built-in smart energy management in new builds from day one

No reliance on home internet connection

Future-ready infrastructure

Reduced energy costs through intelligent management

Improved grid stability and management

Better demand prediction and response

Reduced infrastructure strain

Enhanced customer engagement

Simplified billing and management with data-driven service improvements

Technical Solution

Rufilla’s innovative design approach included:

Communication Infrastructure

Direct DCC integration

Secure protocol implementation

Redundant communication paths

Low-latency data transmission

Efficient bandwidth usage

Monitoring Systems

Multi-zone temperature sensing

Energy usage tracking

Environmental monitoring

Occupancy detection

System health monitoring

Grid Management

Load balancing capabilities

Demand response features

Peak usage management

Energy storage integration

Grid stability support

System Architecture

Modular design approach

Scalable infrastructure

Redundant systems

Fault tolerance

Future expansion capability

Current Development

Beta Testing Program

250 user trial deployment

Comprehensive data collection

User feedback integration

Performance monitoring

System optimisation

Manufacturing Preparation

Production line setup

Quality control systems

Supply chain optimisation

Assembly automation

Testing procedures

What does this mean for you?

While these solutions were developed for smart energy applications, the underlying technologies and approaches can be adapted to solve similar challenges across various industries. Here’s how this technology could transform your sector: