Ilika plc (LON:IKA), a pioneer in solid-state battery technology, announced today its unaudited half-year report for the six months ended 31 October 2021.
Ilika has continued to develop and commercialise its thin-film StereaxÒ miniature solid-state batteries for powering medical devices and industrial wireless sensors (IIoT) in hostile environments, as well as progressing its development of large-format Goliath cells for electric vehicles (EV) and cordless appliances.
· Secured lease of a 1,600m2 property for Stereax manufacturing scale-up
· Completed the design, installation and commissioning of the 340 m2 Stereax clean room facility
· Completed installation of Stereax manufacturing line on time and on budget
· Commenced Stereax manufacturing process qualification
· Continued to engage with portfolio of Stereax customers from IIoT and medical device sector
· Completed Goliath development collaborations with Faraday Battery Challenge partners including Honda, JLR and McLaren
· Continued technical progress with the Goliath development programme, including increased cycle count, reduced operating temperature and increased energy density
· Commenced Goliath scale up manufacturing design collaboration with Comau, funded by the Advanced Propulsion Centre
· Appointed senior additions to management team with Brenadan McCarthy as Goliath Operations Director and Robin Bell as VP Product Development.
· In July 2021, raised c.£25m through a combination of an equity placing, a retail offer and an open offer
· Total revenue for the period £0.2m (H1 2021: £1.3m)
Ø Recognition of the initial allocation of Faraday Battery Challenge grant funding was completed at the start of the period, resulting in revenue recognition for the period of £0.2m
Ø The environment for grant funding has become tighter but we expect around £0.2m in H2
· Loss per share 2p (H1 2021: 1p)
· EBITDA loss £2.7m (H1 2021: £1.0m)
Ø The EBITDA loss was due to the reduction in revenue recognition and the increase in operational costs associated with the commissioning of the Stereax manufacturing facility and an intensification of the Goliath development programme
· Cash balance at period end £27.7m (H1 2021: £12.4m).
Ø Cash and cash equivalents at the period end were £27.7m following the placing, retail offer and open offer in July raising a net £23.7m
Post Period End
· Officially opened its Stereax Solid-State battery manufacturing facility in Chandlers Ford to manufacture micro batteries
Commenting on the results Graeme Purdy, CEO of Ilika, said: “Our Stereax manufacturing facility has been implemented on time and on budget, despite significant supply chain disruption. I’d like to thank our employees, partners and shareholders for their support in making this happen. At the same time, our Goliath technical programme has made giant steps forwards particularly in operating temperature and cycle life, the equity placing completed in July 2021 will allow us to continue to progress towards manufacturing readiness.”
Joint Chairman’s and CEO’s Statement
Review of Period
Ilika has continued to pursue its strategy of developing and commercialising its cutting-edge solid-state batteries. The Company’s mission is to rapidly develop leading-edge IP, manufacture and sell solid-state batteries for markets that cannot be addressed with conventional batteries due to their safety, charge rates, energy density and life limits. We will achieve this using ceramic-based lithium-ion technology that is inherently safe in manufacture and usage, which differentiates our products from existing batteries.
Throughout the year to date, including during the lockdown periods, the Company’s facilities have remained open. Through the implementation of risk assessments, enhanced cleaning and hygiene procedures and social distancing, we have maintained a safe working environment.
Introduction to Stereax® solid-state battery technology
Ilika has been working with solid-state battery technology since 2008 and has developed a type of lithium-ion battery, which, instead of using liquid or polymer electrolyte, uses a ceramic ion conductor. Ilika’s solid-state batteries have a number of benefits over traditional lithium-ion batteries, including the following:
· Non-flammable, which eliminates the need for containment packaging
· 6 x faster charging
· 2x increased energy density, making them half the volume and weight for a given electrical charge
· 10x longer storage without loss of charge
Ilika has developed a roadmap and family of battery products, ranging from miniature solid-state devices designed for powering wireless sensor applications and medical devices to large format cells for automotive power.
Miniature Stereax batteries
Ilika’s miniature Stereax cells are differentiated from other solid-state technology through its choice of materials and its use of an efficient, low temperature evaporation process that is capable of higher manufacturing rates than other existing solid-state routes. This results in the following benefits relative to previous solid-state battery designs:
· Lower cost of manufacture through avoiding use of expensive sputtering targets
· Long cycle life through use of a silicon anode
· Less encapsulation required
· High temperature resilience
The unique benefits of Stereax batteries make them particularly useful for medical implants and industrial applications. Miniature Stereax batteries can enable medical devices in a way that is currently not possible with conventional lithium-ion batteries. Their compact, high energy density, high power characteristics make them useful for a range of medical implant applications covering blood pressure monitoring to neuro-stimulation. Industrial automation, or Industrial Internet of Things (IIoT) as it is sometimes referred to, requires low maintenance batteries with a long lifetime, sometimes in situations that require them to operate at elevated temperatures above those for which standard lithium-ion batteries are rated (typically 60 degC).
Stereax® Manufacturing Scale-up and Commercialisation
In 2020, Ilika had raised funds to support the transfer of Stereax to a manufacturing facility. Having assessed various manufacturing options, the Company concluded that the most efficient and cost-effective solution was to establish its own manufacturing operation. Long lead equipment items were ordered, the lease on a suitable property was secured and a contract was awarded for the design, installation and commissioning of a clean room facility. In September 2021, Ilika announced that it had completed the installation of the clean room and principal equipment. The total area of the leased property is 1,600 m2, in which a 340m2 clean room has been installed. In December 2021, Ilika announced the official opening of the facility by the Rt Hon Steve Brine MP and Rt Hon Lord Willetts, former Minister of State for Universities and Science. The official opening was followed up by a Capital Markets Day in which investors were invited to visit the facility. In line with previous guidance, process qualification continued through to the end of December 2021 and product qualification will start in Q1 2022.
The Company has continued to engage with its portfolio of customers from the IIoT and medical device sectors. The tolerance of Stereax cells of high temperatures makes them attractive for powering industrial sensors, while the benefits of Stereax batteries for medical devices, including miniaturised footprint, biocompatibility, zero risk of leakage and a long lifespan, underpin their design for applications including neurostimulation, orthopaedics, ophthalmic sensors and monitoring of heart rhythm and blood pressure. Commercial sales are expected to start in FY 2023 following product qualification. Product sales will be ramped up to match demand from a portfolio of customer new product development (NPD) programmes, with an initial focus on miniature medical devices.
Large Format Goliath batteries
In July 2021, the Company raised £25m through a combination of an equity placing, a retail offer and an open offer. Ilika outlined that £10m will be used to accelerate the development of Goliath technology to match and exceed lithium-ion equivalence; £5m will be used to fund a tenfold increase in capacity of the Goliath pre-pilot line from 1kWh to 10kWh per week and the remainder will used for working capital purposes and to support Goliath development until mid-2023. Beyond that, once cell manufacturing readiness is achieved in 2024, Ilika will transfer production to a mega-scale facility such as the UK-BIC, with which it has a framework agreement, before moving to Giga-scale through a JV or licensing.
The Company’s initial development collaborations with its Faraday Battery Challenge partners including Honda, JLR and McLaren, have been completed. During the course of those collaborations, Ilika successfully achieved sustained technical progress, including increased cycle count, reduced operating temperature and increased energy density.
Work continues with Comau in a programme funded by the APC (Advanced Propulsion Centre) to design the Goliath mega-scale facility. Discussions are also progressing with other supply chain partners to support materials supply and cell manufacturing scale-up implementation.
For the remainder of the current financial year, Ilika will continue to qualify the process established at its Stereax manufacturing facility and rapidly follow up with product qualification. Commercial Stereax sales are expected to commence in the next financial year. The technical maturity of Goliath is expected to continue to rise as prototype cell performance continuously improves.
Graeme Purdy, CEO
Keith Jackson, Chairman