Johnson Matthey Battery Systems Engineering Limited
Company profile
DissolvedUnited Kingdom
Documents & history
Available account evidence and business events. This is not a complete filing history or document library.
No electronic account filings
No extracted electronic accounts are available in our records.
Registered details
03460977- Status
- Dissolved
- Type
- Unknown
- Incorporated
- —
- Jurisdiction
- —
- Registered office
- —
Classification
0 SIC codesNo SIC classification available.
Capital & company events
Reconstructed equity rounds and matched research funding.
Equity fundraising
0 SH01-derived roundsNo reconstructed allotment rounds.
Research and innovation
8 matched grantsPractical Lithium Air BatteriesInnovate UK · Collaborative R&D · 2013-11-01 – 2016-10-31 · with 4 other participants£31,796awarded
Practical Lithium Air Batteries
Innovate UK · Collaborative R&D · 2013-11-01 – 2016-10-31 · with 4 other participants
£31,796
awarded
Johnson Matthey Battery Systems£31,796
Queen's University Belfast£0
Innovative nanoporous carbon materials for energy storage applicationsInnovate UK · Collaborative R&D · 2012-10-01 – 2015-12-31 · with 4 other participants£40,200awarded
Innovative nanoporous carbon materials for energy storage applications
Innovate UK · Collaborative R&D · 2012-10-01 – 2015-12-31 · with 4 other participants
£40,200
awarded
University of Bath£178,500
Johnson Matthey Battery Systems£40,200
Recycling of tracked electric vehicle Li-ion batteriesInnovate UK · Feasibility Studies · 2011-11-01 – 2012-09-30 · with 3 other participants£13,443awarded
Recycling of tracked electric vehicle Li-ion batteries
Innovate UK · Feasibility Studies · 2011-11-01 – 2012-09-30 · with 3 other participants
£13,443
awarded
Johnson Matthey Battery Systems£13,443
A feasibility study on the economic viability of UK Automotive Battery RecyclingLeadInnovate UK · Feasibility Studies · 2011-11-01 – 2012-07-31 · with 1 other participant£26,536awarded
A feasibility study on the economic viability of UK Automotive Battery RecyclingLead
Innovate UK · Feasibility Studies · 2011-11-01 – 2012-07-31 · with 1 other participant
£26,536
awarded
Oxford Brookes University£43,286
Johnson Matthey Battery Systemslead£26,536
High energy density TMO/Si-alloy battery for PHEVs.LeadInnovate UK · Collaborative R&D · 2010-04-01 – 2013-12-31 · with 4 other participants£160,929awarded
High energy density TMO/Si-alloy battery for PHEVs.Lead
Innovate UK · Collaborative R&D · 2010-04-01 – 2013-12-31 · with 4 other participants
£160,929
awarded
University of St Andrews£205,770
Johnson Matthey Battery Systemslead£160,929
Advanced High Energy Density Pouch Cell Battery For Electric Vehicle Applications and Next Generation Battery Management SystmLeadInnovate UK · Collaborative R&D · 2009-09-01 – 2011-06-30 · with 2 other participants£410,961awarded
Advanced High Energy Density Pouch Cell Battery For Electric Vehicle Applications and Next Generation Battery Management SystmLead
Innovate UK · Collaborative R&D · 2009-09-01 – 2011-06-30 · with 2 other participants
£410,961
awarded
Optimised sensorless control systems for rare-earth brushless traction motors - SECTORInnovate UK · Collaborative R&D · 2007-01-01 – 2009-09-30 · with 8 other participants£6,045awarded
Optimised sensorless control systems for rare-earth brushless traction motors - SECTOR
Innovate UK · Collaborative R&D · 2007-01-01 – 2009-09-30 · with 8 other participants
£6,045
awarded
Johnson Matthey Battery Systems£6,045
Reducing the Carbon Footprint of Electric Vehicle BatteriesInnovate UK · Feasibility Studies · with 5 other participants
Reducing the Carbon Footprint of Electric Vehicle Batteries
Innovate UK · Feasibility Studies · with 5 other participants
Johnson Matthey Battery Systems—
University of Northumbria—