Lighting the dark waters of local energy

Lighting the dark waters of local energy

Posted on Apr 11, 2019

 As long ago as 2016 we started warning of the information security risks in community energy schemes. In the Proceedings of the Institution of Civil Engineers, we said that: There are many community energy schemes. Their number and variety are increasing briskly. They bring new kinds of information into existence and they handle existing kinds […]

Electricity access without the big networks

Electricity access without the big networks

Posted on Mar 28, 2019

We’ve always taken on the challenges in the energy sector. We were champions of energy storage right from our beginning. Now we’re grappling with the challenge of electricity network costs.  In the UK, only about 34% of our electricity bills are paying for electricity generation. We pay almost as much as that towards the cost […]

Energy access with a future: minigrid markets

Energy access with a future: minigrid markets

Posted on Mar 14, 2019

We are delighted to announce that we’ve been awarded grant support through the Energy Catalyst programme of Innovate UK and the Department for International Development, to make commercial trials of the new product EMBLEM in Rwanda and Nepal. After a successful proof-of-concept trial on the Isle of Iona, Scotland, we have teamed up with local […]

Multi-chemistry smartness

Multi-chemistry smartness

Posted on Feb 28, 2019

Our friends at the University of Sheffield have produced an interesting video of the ADEPT project and their part in it. Viewers who know us will easily spot Clive and Derian. We have been privileged to contribute to the project, with partners Infinite Renewables and GS Yuasa. We built the Multi Storage Manager that actually […]

MW scale power network balancing from domestic loads

MW scale power network balancing from domestic loads

Posted on Feb 13, 2019

Here’s a video showing how Swanbarton’s EACS software can deliver MW scale balancing services to the grid, by managing very large and widely-distributed fleets of domestic energy assets, without affecting their usability.

Local energy market project to help reduce costs and carbon emissions

Local energy market project to help reduce costs and carbon emissions

Posted on Jan 17, 2019

An innovative project which will help reduce carbon emissions and energy costs, by increasing the use of local renewable energy, starts this month. The Local Energy Market in Devon and Exeter (LEMDEx) project is grant-supported by the Department for Business, Energy & Industrial Strategy through the Prospering from the Energy Revolution Programme. It will be […]

Worth its weight in carbon

Worth its weight in carbon

Posted on Jan 2, 2019

Here’s more news from our trial of a liberated market for electrical power on the island of Iona, with our partner Scene. Over the past quarter-year, our Real Time Trading Platform has been facilitating energy trading, in real time, for thirty homes. Each of them has had a smart agent negotiating for it within the […]

Smart chemistry, smart control.

Smart chemistry, smart control.

Posted on Dec 11, 2018

Swanbarton is proud to be contributing to the ADEPT project in partnership with Infinite Renewables, GS Yuasa and Sheffield University. ADEPT is demonstrating adventurous new energy management techniques on an industrial site. It includes the control of an exciting new battery configuration. GS Yuasa’s 100kW battery integrates strings of Lithium-ion and Lead-acid cells onto a […]

Cutting Sark?

Cutting Sark?

Posted on Nov 27, 2018

BBC reported yesterday that the island of Sark would lose its electricity supply at the end of November, because Sark Electricity Limited (SEL) says that it can’t afford to generate power at the 52p/kWh price cap that the local regulator has imposed. The generation is diesel-powered, and shipping diesel to the island is costly. There’s […]

Swanbarton’s in hot water

Swanbarton’s in hot water

Posted on Nov 14, 2018

Swanbarton is developing technology to deliver energy network balancing services from domestic hot water systems.