Microgrid Intelligence Experts
For over two decades, Swanbarton has pioneered energy storage and microgrid intelligence solutions.
We blend dependable systems integration with cutting-edge AI to ensure your energy assets reliably deliver optimal performance and maximum return on investment.
Monitor. Optimise. Control.
Microgrid intelligence for static and deployable energy systems.
Swanbarton helps sites cut energy cost, improve resilience and extract more value from every asset. We monitor, model, optimise and control energy systems from 10 kW sites through to large C&I multi-MW schemes, including deployable microgrids for defence, construction, events and humanitarian response.
"A local energy network you control. Generate, store and use your own power — cutting costs, boosting resilience and reducing reliance on the grid."
What is a Microgrid?
Swanbarton® Microgrid Management System
A flexible, end-to-end service to make microgrid more affordable and resilient: visibility, better design decisions, and tighter operational control.
1. Monitor
Bring data together across generators, PV, BESS, EV charging, loads and metering. Create role-based views so engineers see the system state and operators see commercial performance.
2. Model
Use your site data on our platform to test control strategies, tariff responses, power spikes, demand growth, and asset additions before committing to design or procurement decisions.
3. Optimise
Forecast load and generation, schedule assets in harmony, minimise fuel burn, manage tariffs, reduce carbon and unlock flexibility value without losing operational priorities.
4. Contol
Deliver full system control across assets and loads to eliminate silos, coordinate decisions in real time and keep performance aligned with site objectives.
Built for Static and Deployable Microgrids
The same platform logic supports fixed commercial sites and rapidly reconfigured deployable systems. The difference is the operating environment, not the need for visibility, optimisation and control.
Static Sites
10 kW to large C&I multi-MW systems. Ideal for industrial sites, ports, campuses, estates and hybrid utility applications where tariff exposure, grid constraints and asset coordination matter every day.
Deployable Systems
Defence, construction, events and humanitarian/disaster relief. Rapid reconfiguration, generator coordination, silent running, fuel burn minimisation and robust control under changing site conditions.
Key Features
Unlock Revenue
Open new streams through market participation, energy trading, and
arbitrage. Boost system value by up to 30%.
Technology-agnostic
Compatible with multiple hardware providers and energy types (solar, wind, diesel, etc.), enabling faster deployment.
Energy Orchestration
Real-time asset optimisation, reducing operational costs and improving sustainability by minimising energy waste.
Scalable
Enables easy site expansion through the seamless integration of new assets, enabling future system growth.
Security Focus
Protects assets with secure-by-design architecture to ensure operational resilience.
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Microgrid specialists with deep knowledge of energy storage, distributed generation, and flexible systems
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Bespoke control & optimisation without the corporate pricetag
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Platform-led, flexible design, getting complex energy systems operational as fast as possible.
Why Swanbarton
Patents
Swanbarton prides itself on its market-leading R&D. We have a portfolio of 6 patents covering microgrid control and operations, demonstrating the unique, cutting-edge technology that we deploy on our projects.
Publication Number | Application Title | Status |
|---|---|---|
GB2318234.8 | A microgrid control system useful for island microgrids | Application published 29 November 2023
Corresponding international applications have been made |
GB2612982 | An asset controller for selective operation of assets | Expires 10 July 2044 |
US 10,468,899 B2 | Battery charger system and method | Expires 26 March 2039 |
GB2588260 | Controlling energy flow within a subnetwork | Expires 8 October 2040 |
GB2578300 | Balancing electrical power consumption on an electricity distribution network | Expires 18 October 2038 |
GB2568461 | A battery charger system and method | Expires 31 October 2037 |
GB2515888 | An improved microgrid control apparatus, method and system | Expires 8 May 2034
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