Aurex Digital Energy Solutions is a founder-led engineering initiative based in Machakos, Kenya, at the intersection of:
| Domain | Focus |
|---|---|
| β‘ Electrical Engineering | Power systems, solar PV, grid infrastructure |
| π IoT & Connected Devices | Smart sensors, edge computing, hardware-software integration |
| π Energy Management Systems | DERMS, OpenEMS, MyEMS, Virtual Power Plants |
| βοΈ Cloud & Monitoring | ThingsBoard, real-time dashboards, remote telemetry |
| π€ AI & Machine Learning | Predictive analytics, autonomous systems, energy forecasting |
We build systems that make Africa's energy infrastructure visible, coordinated, and intelligent β connecting open-source tools, IoT hardware, and AI-driven analytics into practical, deployable solutions.
Projects ranked by strategic priority β from flagship initiatives to foundational tools.
π₯ 1 Β· π°πͺ National Distributed Energy Resource Management System (NDERMS)
National-Scale Energy Digital Infrastructure | Python Β· FastAPI Β· AI Β· IoT Β· OpenEMS
The cornerstone Aurex initiative β a national-scale Distributed Energy Resource Management System designed to give Kenya and broader African utilities a unified digital platform to monitor, coordinate, and optimize every distributed energy resource connected to the grid.
NDERMS bridges the gap between Kenya's rapidly growing distributed energy landscape β solar PV, batteries, microgrids, and flexible loads β and the digital intelligence layer needed to manage it all at national scale.
- πΊοΈ National-scope DER visibility & real-time telemetry
- π Grid-level demand response & load coordination
- π§ AI/ML energy forecasting & predictive grid analytics
- π Battery storage, solar PV & microgrid integration
- π Virtual Power Plant aggregation across distributed assets
- π‘ IoT-connected field devices & remote monitoring
- π Built on open-source energy standards (OpenEMS, DERMS)
- π Designed for Kenya β scalable across Sub-Saharan Africa
#NDERMS #NationalGrid #DistributedEnergy #VirtualPowerPlant #SmartGrid #Python #FastAPI #MachineLearning #IoT #OpenEMS #AfricaEnergy
π₯ 2 Β· β‘ OpenEMS β Organisation
Open-Source Energy Management Development | Java Β· Renewable Integration Β· Battery Systems
The strategic backbone of Aurex's energy platform work β building on OpenEMS, the leading open-source framework for modern energy management, renewable integration, battery systems, and intelligent energy control. This is the core infrastructure layer all energy solutions are built upon.
- π Solar PV & renewable energy integration
- π Battery system management & optimization
- π‘ Real-time energy monitoring & forecasting
- π§ Software-hardware bridge layer
- π Foundation for Africa-scale energy deployments
#OpenEMS #EnergyForecasting #EnergyEfficiency #EnergyMonitoring #Java #RenewableEnergy
π₯ 3 Β· π DERMS β Concept
Distributed Energy Resource Management System | Python Β· FastAPI Β· Machine Learning Β· IoT
A production-grade DERMS and Virtual Power Plant system for utilities and energy stakeholders β monitoring, coordinating, and optimizing distributed energy resources at scale. The most technically complex original Aurex project, directly addressing Africa's DER management gap and serving as the implementation base for NDERMS.
- π‘ Real-time DER monitoring and telemetry
- π Demand response orchestration
- π§ ML-based energy forecasting & load prediction
- π‘οΈ Smart grid integration & battery storage management
- π Virtual Power Plant aggregation layer
#DERMS #VirtualPowerPlant #SmartGrid #Python #FastAPI #MachineLearning #IoT #BatteryStorage
Open-Source Facility Energy Monitoring | Python Β· Raspberry Pi Β· Dashboards
A practical facility-level energy management deployment using MyEMS β collecting energy data, visualizing KPIs, and improving operational efficiency through open-source tooling. Bridges Aurex's software capabilities with physical facility infrastructure.
- π Energy data collection & KPI visualization
- π₯οΈ Facility-level monitoring dashboards
- π₯§ Raspberry Pi edge deployment
- π Open-source energy management stack
- π’ Commercial & industrial facility readiness
#MyEMS #FacilityManagement #RaspberryPi #OpenSource #EnergyEfficiency
5 Β· πΏ Smart Indoor Plant Monitor
IoT Digital Twin for ESP32 Hardware | Python Β· ESP32 Simulation
π¬ Industry Interest: This project has received an active outreach inquiry from MineWing, an electronics-integrated company based in Vietnam, signalling international commercial interest in the IoT digital twin architecture.
A Python-based digital twin of a physical ESP32 plant monitoring setup β models the complete IoT data lifecycle from sensor generation to automated action. Enables full system prototyping without hardware β a pattern directly transferable to industrial IoT deployments.
- π‘οΈ Temperature, humidity & soil moisture simulation
- π Full IoT data lifecycle modelling
- π² Alert & automation logic
- π οΈ Hardware-free ESP32 rapid prototyping
- π Industrial IoT pattern β adaptable to manufacturing & agriculture
#DigitalTwin #ESP32 #IoT #Python #Automation #IndustrialIoT
| Platform | Course / Certification |
|---|---|
| π Cisco Networking Academy | Networking Fundamentals & Programming Essentials |
| π¬ Microsoft / GitHub | IoT for Beginners (12 Weeks, 24 Lessons) |
| βοΈ ThingsBoard Cloud | Cloud IoT Platform Development |
| β‘ MyEMS & OpenEMS | Open-Source Energy Management Systems |
| π€ OpenAI | AI Tools, Reasoning & Agentic Development |
| π Full-Stack Web Dev | JavaScript Β· HTML Β· CSS Β· Node.js |
Building the digital layer that Africa's energy infrastructure is missing.
Africa's energy systems are growing fast β solar PV, distributed generation, microgrids, and smart meters are being deployed across the continent. But the digital intelligence layer β the software, IoT networks, and AI systems that make energy visible, controllable, and efficient β is largely absent.
Aurex Digital Energy Solutions exists to close that gap. Through open-source tools, IoT deployments, and ML-driven analytics, we're engineering:
- π Energy Visibility β real-time monitoring of every watt generated and consumed
- π DER Coordination β managing distributed solar, batteries, and flexible loads intelligently
- π‘ Connected Infrastructure β IoT systems that link hardware to cloud platforms
- π§ AI-Powered Insights β predictive analytics for demand, maintenance, and optimization
Open to collaboration on:
- π Energy management, DERMS & Virtual Power Plant systems
- π IoT smart infrastructure and sensor networks
- βοΈ Cloud monitoring, telemetry, and data platforms
- π€ AI-assisted engineering and autonomous energy systems
- π§βπ« Open-source energy tools and community building
- π Africa-focused digital energy infrastructure projects



