Randy MacEwen
Analyst · Lake Street Capital Markets. Please go ahead
Thanks Guy. And welcome everyone to today's conference call. In my opinion, this is the most exciting time in the history of the hydrogen and fuel cell industry. In parallel with early commercial adoption, we're seeing unprecedented developments and interest globally in fuel cell electric mobility. The global megatrend towards electrification of mobility is accelerating and putting increased momentum behind fuel cell based power for mode of applications. There are signals, very clear signals that the hydrogen and fuel cell industry is in a defining stage in its evolution and inflection. As I noted on our last earnings call, the abundance of commercial activities, developments in progress bubbling below the surface has yet to be reflected in our financial results. For the second quarter and first half of 2019, financial results and new contract bookings were consistent with the type of first half of the year we expected. We delivered Q2 revenue of $23.7 million, gross margin of 23%, and adjusted EBITDA of negative $5 million, while ending Q2 with a sound financial position with cash reserves of $163.7 million. With material growth in our order book and important developments in our sales pipeline, we have a solid setup for the back half of 2019. As we reiterate our previously stated full year 2019 outlook, we also note our expectations for strong growth in 2020 and beyond to underpin Ballard's continued leadership in powering fuel cell electric vehicles. I’ve spoken on prior earnings calls about the impact of key global megatrends, including the electrification of mobility on the transportation industry. Against this backdrop, there's a clear role for fuel cell power in use cases involving extended range, rapid refueling, heavy payload, and route flexibility, including for buses, commercial trucks, rail, and marine. There is a convergence occurring between government, regulatory, and fuel cell industry development along with parallel and consequential developments from major players in the transportation industry. We've spoken previously on the favorable policy environment for fuel cells in China. We also flag again the favorable policy environment in Europe, which in my opinion is underpinning large market opportunities for fuel cell technology. As a reminder, in February, the EU passed landmark legislation to place restrictions on trucks' CO2 emissions, setting new limits at a 15% reduction by 2025 and 30% by 2030 for heavy duty trucks. In 2022, these rules will also be extended to medium duty trucks, buses, and trailers. We believe that fuel cell technology is well suited for use cases that feature heavy payload, long range and a need for fast refueling, and for use cases that are enabled by centralized depot refueling or fueling corridors consistent with their current operating model. Notably on June 14, in advance of the G20 Summit in Japan, the International Energy Agency released an influential 203-page report entitled The Future of Hydrogen, in which it states that the hydrogen and fuel cell industry is enjoying unprecedented momentum around the world and could be set on a path to fulfill its longstanding potential as a clean energy source. The IEA report prioritizes the opportunity to use hydrogen as a fuel for fleet vehicles. We're also seeing developments over the past several quarters with major players in the transportation sectors forming defining partnerships in the fuel cell industry. These developments are typified by large investments, and they indicate the strategic importance and conviction level that these large players now have on the future value proposition and adoption curve of fuel cell electric vehicles as part of their overall electrification strategies. Three notable corporate transactions are indicative of the changing fuel cell landscape. The first of these was Weichai Power's landmark strategic partnership and investment in Ballard, which closed in Q4 last year. We've previously spoken about Weichai's powerful position in the commercial vehicle value chain and the elements of our strategic collaboration including Weichai's 19.9% investment in Ballard and our Weichai-Ballard joint venture in China, and we expect Weichai-Ballard JV to become the leading player for fuel cell stacks and engines in the massive Chinese market for commercial vehicles. In the second notable transaction in April, Bosch announced to setup a new business unit called Fuel Cell Mobility Solutions that has licensed certain fuel cell technology from power cell to support the commercialization by Bosch of fuel cell systems for automotive applications by 2022. Bosch estimates that 20% of electric vehicles will be fuel cell powered by 2030. And in the third transaction, this one just announced in June; Cummins, another bluechip player in mobility made an offer to acquire Hydrogenics. Each of these transactions implies an investment by each of Weichai, Bosch, and Cummins of hundreds of millions of dollars in fuel cell commercialization. These transactions, each initiated by a heavy hitter in the global transportation value chain are the clearest indication yet, of the positive future for fuel cells underpinned by the trend toward electrification of mobility in a variety of large market applications, including buses, commercial trucks, rail, marine, auto, and forklifts. Let me now turn to a brief update on the status of Ballard activities in Europe and China, where we had a busy quarter. We'll start with Europe. In June, we announced that Ballard is a founding member of the new H2Bus Consortium, a very exciting step towards large scale deployment of fuel cell-electric buses. Consortium members including Nel Hydrogen, Everfuel, Wrightbus, Hexagon Composites, and Ryse Energy and of course, Ballard. We're currently jointly working together towards the deployment of 1000 fuel cell electric buses and associated hydrogen infrastructure in European cities by 2023 at commercially competitive rates. The first 600 buses are supported by a €40 million grant from the CEF program in Europe with 200 buses planned for deployment in each of Denmark, Latvia, and the UK by 2023. The consortium model was designed to offer an attractive total cost of ownership for bus operators. Sample target pricing includes €375,000 for single decker bus, hydrogen price between €5 and €7 per kilogram, and a bus service price of €30 per kilometer -- €0.30 per kilometer. Further, in total between, the H2Bus initiative and the JIVE funding program, we expect to see approximately 1,300 fuel cell electric buses operating on Europe's roads in the foreseeable future. This represents a significant leg up in the scaling of fuel cell electric buses in Europe. During Q2, Ballard also announced receipt of a purchase order from Wrightbus for 20 modules to power buses with two decks and zero emissions that are planned for deployment in London under the JIVE funding program. These 20 buses will be part of a total of 55 that are planned to service three London routes under JIVE-I, all supporting that city's world's first Ultra-Low Emissions Zone initiative that was launched earlier this year. Subsequent to the quarter, we received a further purchase order from Wrightbus for additional 15 modules to power buses with two decks and zero emissions in Aberdeen, Scotland. Also under the JIVE program. We expect to ship all 35 modules to Wrightbus later in 2019 with the associated bus deployments expected in London and Aberdeen in 2020. Also subsequent to the quarter, we received an order from Solaris for 12 FCmove fuel cell modules to power JIVE funded buses in Bolzano, Italy, which we expect to ship in 2020. This brings the total number of fuel cell modules that we received POs for to date, under the European JIVE program to 92, for buses that will be deployed in Germany, France, the UK and Italy. We have a very strong position in this market. During Q2 we also announced our collaboration with ABB and other consortium partners in the flagship's project to develop launch a zero emission river push boat to be deployed on the Rhone River in France in 2021. Using two Ballard 200 kilowatt modules that we expect to ship in 2020. The boat will push barges along the river. This is an important demonstration project. Turning now to China, in Q2, key Chinese government influencers made strong statements regarding aggressive plans for FCEV deployments. Mr. Wong Gong is Vice Chair of China's National Advisory Board for policymaking and also known as China's father of electric vehicles. In a June interview, Mr. Wong Gong stated about China, we should look into establishing a future hydrogen society. We need to move further towards fuel cells. Mr. Wong Gong's strong support of fuel cell electric vehicle deployment carries a great deal of weight in China. In addition, during Q2, Mr. Huang Libin, spokesperson for MIIT in China noted that hydrogen fuel cell vehicles will coexist and complement fuel cell electric battery vehicles jointly meeting the people's transportation needs. China's government also announced the Yancy River Delta hydrogen corridor program during the quarter, a watershed plant for fuel cell and hydrogen deployment. By 2030, phase 3 of this program is planned to include more than 20 hydrogen expressways, connecting key cities in the Yancy River Delta region, including more than 500 refueling stations. And in just the next three years by 2021, phase one of the program is planned to include the first four hydrogen expressways, connecting at least seven cities and including 40 refueling stations. Now in terms of current progress in China, as of June there were approximately 3,700 fuel cell electric vehicles in China, about 40% of which are buses and 60% of which are commercial trucks. Ballard technology is inside roughly two-thirds of these vehicles. In addition, there are now 31 hydrogen fueling stations in the service with 36 more under construction. To this point, heavy duty motor vehicles with Ballard technology inside both buses and trucks have almost 11 million kilometers of on road experience in China, and about 25 million kilometers worldwide, an unparalleled track record of field experience in the fuel cell industry. In addition, some of the buses in the TFL London fleet have operated for industry leading 35,000 hours of revenue service with a major stack maintenance requirements, demonstrating the high reliability and durability built into Ballard products. To finalize, while we continue to focus on exciting growth opportunities, and delivering on our customer promises, we also continue make good progress at Ballard on innovation, continuous improvement and relentless product cost reduction. We're also managing our controllables. We continue to invest in EH&S, talent, research, technology, next generation products, supply chain management, production improvements, quality processes, advanced manufacturing and after sales customer service support. We also continue to prudently manage our cost structure, our CapEx spend, and our working capital. We believe our strategic plan, anchored by a vision to deliver fuel cell power for a sustainable planet will drive significant shareholder value. And with that, I'll turn the floor over to Tony to briefly review the financials.