Where vision finds its shape.
A prominent digital energy services company partnered with Full Stack Energy to deliver an advanced, real-time energy monitoring system for one of Europe's largest retail chains.
Facing limitations in their existing spreadsheet-based monitoring method, the retailer needed a scalable, data-driven solution to manage energy usage effectively, reduce operational costs, lower CO2 emissions, and significantly enhance their sustainability performance.
Services:
Software Solution Development, IoT Device Management, Visualisation, Reporting, Security, Billing
Technologies:
PostgreSQL, InfluxDB, sqlite, Python 3, asyncio, Linux Yocto-based Distro, Microsoft Azure IoT and Microsoft Azure IoT Edge, Grafana, Kubernetes, Docker, MODBUS, OCPP
Full Stack Energy's client designs and operates large‑scale geothermal heating & cooling systems for blue‑chip venues in New York City.
Full Stack Energy deployed a team of domain experts, that included mathematicians, software engineers, and user interface designers, to work closely with the client's engineering team to design and develop a cloud based backend data acquisition and monitoring system alongside a bespoke online portal for data presentation and analysis.
Our client now runs geothermal assets with the same rigor as a mission‑critical data centre—maximising efficiency, slashing risk and freeing its engineers to focus on innovation, not interrogation.
Services:
Software Development Services, Infrastructure Development, Data Acquisition, Data Visualisation Systems
Technologies:
Python, MQTT, Telegraf, Shell Scripting, Grafana, PostgreSQL (SQL), InfluxDB
A prominent digital energy services company partnered with Full Stack Energy to deliver an advanced, real-time energy monitoring system for one of Europe's largest retail chains.
Facing limitations in their existing spreadsheet-based monitoring method, the retailer needed a scalable, data-driven solution to manage energy usage effectively, reduce operational costs, lower CO2 emissions, and significantly enhance their sustainability performance.
Services:
Data Acquisition, Software Development Services
Technologies:
TypeScript, Java, Azure, PostgreSQL, MODBUS, Datadog
Biomethane must be dried, purified and—critically—compressed before it can enter the any natural‑gas grid.
Full Stack Energy's client compressors were running at a fixed 80 % load, regardless of real‑time electricity prices or on‑site solar availability. Rising power volatility turned this into an avoidable cost centre. Our client saw an arbitrage opportunity, but needed proof - fast.
This client project shows how smart software & deep energy domain knowledge can unlock hidden value inside existing assets.
Services:
Business Process Development, Data Acquisition, Data Storage, Software Development, Machine Learning, QA Testing
Technologies:
Wolfram Language, C, Linux Shell Scripts, TypeScript, Python, Grafana, Docker, MQTT, JSON
The rapid adoption of electric vehicles (EVs) presents both opportunities and challenges. EV owners seek a seamless charging experience that mirrors the convenience of traditional vehicles, yet navigating complex electricity tariffs and ensuring adequate infrastructure can be daunting.
Full Stack Energy was approached to optimise residential EV charging solutions, addressing key operational issues such as charger deployment, electricity tariff complexities, and the variability of user behavior.
Services:
Design, API Development/Integration, QA Testing
Technologies:
Mathematica, Azure, PostgreSQL, MODBUS, Grafana
This solution is a groundbreaking modular interior construction system that reimagines commercial spaces as dynamic, digitally-managed material banks. By integrating advanced Bluetooth RTLS tracking, IoT sensors, and 5G connectivity, it creates real-time digital twins of interior components, enabling precise monitoring, rapid reconfiguration, and smart environmental responsiveness.
Its modular infrastructure supports seamless reuse and adaptability, while detailed tracking of embodied carbon empowers data-driven sustainability. Aligned with circular economy principles, this solution sets a new benchmark for low-waste, high-performance interior design.
Services:
Custom Hardware Development, Software Development Services, IoT Device Development
Technologies:
IoT Devices, Bluetooth 5.1 Tags (u-blox NINA-B41, nRF52833), Custom Designed Board, Sensors, Python, Java
Full Stack Energy partnered with our client, an energy efficiency solutions provider to revolutionise energy monitoring in commercial and industrial settings. Traditional energy measurement systems using current transformers (CT) required extensive installation by certified electricians, often resulting in costly inefficiencies and inaccuracies.
Recognizing these challenges, Full Stack Energy innovated a robust, IoT-enabled Lighting Logger, significantly streamlining energy monitoring and enhancing operational accuracy.
Services:
Design, API Development/Integration, QA Testing
Technologies:
MaterialUI, Angular, Python, Okta, PostgreSQL, AWS, MQTT, MODBUS, C++
Development and operation of a grid support system that dispatches large distributed battery banks to support the electricity grid.
The system incorporates PMU technology that monitors the grid frequency hundreds of times per second and dispatches battery banks if a frequency event is detected. The system utilises Full Stack Energy GridAlign technology.
Services:
Design, API Development/Integration, QA Testing
Technologies:
Python, PostgreSQL, Azure, MQTT, MODBUS, C++, 4G Cellular
Development of all aspects of a system that can control neighbourhoods of PV inverters and other assets in near-real time to ensure that substations are not overwhelmed by down-stream generation at times of peak production.
The effort includes the development of home-based controller firmware, load control algorithms, highly reliable substation-based controllers, and a cloud-based management platform. The technology is compatible with the UK's G100 standard for export limitations.
Services:
Development & Integration of custom features for admin panel into the platform.
Technologies:
Python, Azure IoT, Yocto, C++, MODBUS, 4G Cellular, Power-Line Communications
Evaluating the feasibility and quantifying the Total Cost of Ownership is a massive consideration for companies when converting from a conventional to an EV fleet.
In addition to fuel savings and lowering the organisation's carbon footprint, there are other significant opportunities to optimise fleet management and operation, resulting in substantial savings.
Services:
Machine Learning, QA Testing
Technologies:
Swift, Mathematica, Python, Azure IoT, Yocto, MQTT, MODBUS, C++
The Full Stack Energy team developed a turn-key energy assessment & measurement tool that would guarantee savings from day one and recoup the costs from the savings.
The Switch-To-Circuit Audit Tool assesses the viability of M&V technical metering. The audit platform provides a complete audit verification process to ensure the accuracy of proposed savings.
Technologies:
MaterialUI, Angular, Swift, Python, Okta, PostgreSQL, AWS, MQTT, MODBUS, C++
Services:
Business Process Development, UI/UX Design, Project Management, Frontend Development, QA Testing
A range of sophisticated algorithms to disaggregate lighting loads on electricity circuits such that run times could be supplied to an automated M+V system.
Services:
Business Process Development, Machine Learning, QA Testing
Technologies:
Swift, Mathematica, Python, AWS, Grafana, InfluxDB, MySQL, MQTT
Developed low-cost metering and data acquisition using custom firmware and off-the-shelf components.
There were requirements to ensure that the system remained compatible with the protocols that were deployed on legacy data acquisition systems.
Services:
Project Management, Embedded Software Development, Product Design, QA Testing, Energy Management Consultancy
Technologies:
Typescript, HTML/CSS, BootstrapUI, Angular , PostgreSQL, AWS, JSReport, MQTT, MODBUS, C++
Full Stack Energy developed and deployed a system that continuously monitored a vessel's fuel usage and assisted bridge officers in deploying optimal engine settings.
The system utilised MODBUS/TCP, GPS position tracking and highly accurate, non-invasive fuel metering technology.
The industrialised Android-based HMI was used for computing and visualisation.
Services:
Business Process Development, UI/UX Design, Project Management, Embedded Software Development, QA Testing
Technologies:
Typescript, HTML/CSS, MaterialUI, Angular, MODBUS, C++
Energy use prediction algorithm.
An algorithm to predict a circuit's energy usage in 15-minute segments for up to 3 hours into the future.
This algorithm was deployed in response to a customer's need to understand the likely positive financial impact of shedding large industrial loads for short periods at short notice.
Low-cost data acquisition system.
Low cost, highly reliable embedded data acquisition and control system.
Can acquire data and control via MODBUS slaves and GPIO digital inputs and outputs. Cloud access via cellular networks.
Testimonials.
The unique combination of quality engineering and vast energy expertise sets Full Stack Energy apart. Their dedication and flexibility helped drive our 10-year+ business relationship and helped our customers save $1.5 billion in energy costs.
The Full Stack Energy team continue to be core to the design and the re-architecture of our flagship Direct Install platform. During our relationship, Lime Energy also worked with Full Stack Energy to carve out and manage key IP blocks, including the acquisition of a key patent in 2020.
Contact us.
Let's talk about how Full Stack Energy can male a measurable difference to your business.
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