Randy MacEwen
Analyst · Lake Street Capital Markets
Thanks Guy and welcome everyone to our Q4 and full year 2017 earnings conference call. In 2017, we focused on two key objectives, first to improve our strategic position you support long-term growth, competitiveness and profitability, second to improve our financial performance. During the year, we delivered significant progress against these two objectives. Indeed 2017 was a milestone year for Ballard on our path to profitability. Financial highlights included record full year revenue of $121.3 million, a 42% year-over-year increase. Full year gross margin of 34% up six points and positive adjusted EBITDA of $3.3 million for the full year. We’ve now delivered positive adjusted EBITDA in four of the last five quarters. We believe Ballard is a first publicly traded fuel cell company to achieve positive adjusted EBITDA for entire fiscal year. In addition, we finished 2017 with $60.3 million of cash and no debt. We have a solid setup for 2018 with $91.4 million of orders in hand for expected delivery this year coupled with a robust sales pipeline. I’m excited with current customer engagement and coding activity and we expect strong new order bookings throughout the year including a purchase order from Van Hool for the 40 engines we announced just yesterday some of which we expect to ship before year end. Before we discuss our 2017 progress in detail along with our outlook, I want to briefly address the short seller report released on January 25th. We remained steadfast in our belief that Ballard is uniquely positioned to capitalize on the global trend towards zero emission transportation and unique value proposition offered by fuel cell electric vehicles or FCEVs. Nothing we have seen in the short seller report fundamentally changes are positive outlook for this business. Let me repeat that nothing. We want to be very clear we do not agree with many of the short seller report assertions some of which are demonstrably false nor do we agree with many opinions expressed in the short seller report. More importantly, we will not be distracted instead we’ll continue to focus on building a great company. We intend to continue demonstrating the strength of our strategy, our people, our partners and our business. Let our results speak for themselves as they clearly did in 2017 and as I expect they will in 2018. So let’s drive on. We made important progress against our strategy in 2017. We continued advance our world leading technology and products. We made solid progress in the localization of Ballard designed stacks and modules in China and we strengthened our engagement with important customers in key market and continue to expand the range of FCEV applications. Let’s drill down a little deeper in some of the highlights from last year starting first in China. Ballard made important progress in 2017 with the localization of stack and module assembly operations in China. With respect to stack production, the Company supported our synergy Ballard stack joint venture in Guangdong Province on various aspects of the setup as well as the commissioning of the operations line which was completed in September. The JV produced 1,145 stacks from September to the end of last year including 558 stacks in December alone. Our stack JV facility currently has a production capacity of approximately 6,000 stacks per year and a maximum capacity of 20,000 stacks per year. As a point of reference, the two stacks integrated in typical 30-kilowatt engine the JVs current capacity of 6,000 stacks would roughly translate to 3,000 FCEVs per year. We are now transitioned to supplier relationship with the JV based on our take or pay agreement to the supply by Ballard of NEAs to the joint venture. Last joint April, we closed the technology transfer localization collaboration with Broad-Ocean under which Broad-Ocean planned to manufacture Ballard designed fuel cell modules in three strategic locations Shanghai, Hubei Province and Shendong Province. In December, Broad-Ocean subsidiary Shanghai eDrive commissioned a fuel cell engine assembly facility in Shanghai. The facility has a capacity to manufacture and test several thousand engines annually. Broad-Ocean is continuing its planning work for Hubei and Shendong. As discussed before, Broad-Ocean had manufacturing scale, supply chain muscle, operations excellence, bus and commercial vehicle OEM relationships and a strong balance sheet. Ballard will also benefit from Broad-Ocean’s demand pull-through of FCEVs for views and their new energy vehicle leasing business. As a reminder since August 2016, Broad-Ocean has owned approximately 9% of Ballard's outstanding shares strongly aligning its interest with those of Ballard shareholders. In 2017, we also signed a collaborating agreement with Re-Fire, a fuel cell systems integrator based in Shanghai. Under that collaboration, Re-Fire has agreed to use Ballard-designed fuel cell stacks in its fuel cell engines. As part of our collaboration, Re-Fire also agreed to pay certain royalties to Ballard. A few weeks ago, we announced the planned deployment of 500 licensed fuel cell electric commercial trucks, all using Ballard’s fuel cell stack technology in Shanghai. 500 Each of the 500 Dongfeng Special Vehicle truck is now licensed, plated and powered by a 30 kilowatt fuel cell engine designed and integrated by Re-Fire featuring Ballard-designed fuel cell stacks. Our understanding is that all 500 commercial trucks are planned to be deployed in 2018 and we expect Re-Fire to an important customer and partner to our stack joint venture in Ballard going forward. Let’s pause here for a second. This is an important moment in the fuel cell industry. We believe this is the largest planned deployment of fuel cell powered trucks anywhere in the world. It’s not surprising it’s happening Shanghai given that city’s leadership in the commercial adoption of FCEVs, including a visionary Shanghai fuel cell vehicle development plan, which targets among other goals the production of 3,000 FCEVs by 2020. Now to support the deployment of these 500 delivery trucks, two recently constructed hydrogen refueling stations are currently operating in Shanghai, with two additional stations planned for construction in the first half of this year. The commercial truck market is a critically important segment globally and in China and China is forecasted to have approximately 42% of the global production of medium and heavy-duty trucks in 2020 or approximately 1.1 million units according to L&C Automotive. We also probably help to provide an update on China fuel cell subsidies and fueling station infrastructure build out in key Chinese markets. The national FCEV subsidies for medium and large bus, medium-duty and heavy-duty truck, light bus and truck and passenger car were released just this past February 14th. The state fuel cell subsidy was reconfirmed as a fixed subsidy for medium and large buses and medium-duty and heavy-duty trucks at RMB5,000 with a minimum weighted fuel cell system of 30 kilowatts and a minimum range requirement of 300 kilometers. Interestingly, the minimum operating mileage required before cumulative subsidy was reduced from 30,000 kilometers to 20,000 kilometers. Guangdong Province also issued its new engine vehicle subsidy policies in February. Like the state subsidies Guangdong Province subsidies were reduced for battery electric vehicles and reconfirmed or fuel cell electric vehicles. Our understanding is that there are currently 13 hydrogen fueling stations now built in China with seven of them situated with our partners. Our understanding is that there plans for an additional 10 to 20 stations to be built in 2018 including in Shanghai, Guangdong Province and up to five other cities. Chinese Government policy targets significant scaling in 2019 and 2020. During 2017 we made a critical investment at Ballard as we built our China platform to support planned market growth, including the registration of our Chinese subsidiary, the set up of our office in Guangzhou, the build out of our team with capabilities now and business development, account management, application engineering, after sales support, quality assurance and supply chain management. In terms of 2018 outlook in China, with the completion of the stack and module localization activities, we're transitioning to a business model under which the revenue mix is expected to shift from the sale of modules toward NEA component sales, together with royalties from the sale of locally assembled modules. Let's now turn to Europe. Importantly, given our expectation for growing demand, we shored up our platform in Europe through the acquisition of the remaining interest of our European subsidiary early in 2017. As a result, we're now own and control 100% of our European platform based in Denmark, renaming the subsidiary Ballard Europe. On the commercial side, we made excellent progress in 2017 in European bus and train markets with a fuel cell bus market in particular, showing increasing promise. As I mentioned earlier, yesterday, we announced a letter of intent from Van Hool for total of 40 fuel cell engines to power buses for deployment in Cologne and Wuppertal Germany under the JIVE funding program. We expect to receive a formal purchase order and begin shipping these engines in the second half of this year to support initial delivery of Van Hool fuel cell buses in 2019. And to be clear, none of these modules will be reflected in the order backlog we discussed earlier. These 40 buses will be the largest order ever for fuel cell buses in Europe, and you'll recall a JIVE I and JIVE II programs are expected to front a total of 291 fuel cell buses. We are well positioned to win more business with these programs. The expected deployment of these 40 fuel cell buses incremental to the LOI we receive from Van Hool in September last year for eight engines to power exquisite tram buses for delivery to Pau, France in 2019. I'm pleased to report that we've since received firm orders for these eight engines and expect to ship the engine later this year. In the train market, in November, we signed a landmark $9 million three year development agreement with Siemens for the development of a 200 kilowatt fuel cell engine for integration at Siemens new Mireo light rail computer train platform. This platform is designed for speeds of up to 100 miles per hour. Initial deployments of the Mireo are planned for 2021. Earlier this week, Siemens announced to receive of approximately 12 million euro in funding to support the development of the fuel cell Mario. Work is already started under this landmark development program and we expect Siemens to be an important long-term blue chip customer. Also in November, we announced the initial collaboration activities with ABB and Royal Caribbean cruises, relating to fuel cells to power cruise ship hotel loads while docked in port. In terms of 2018 outlook in Europe, we expect increased market activity during the year related to fuel cell electric buses, which respectable results in the growth of purchase orders for modules. Let's now turn to progress over the past year in the U.S. market. We make key advancements in sales, business development, and product testing activities for the fuel cell bus and commercial truck markets in the U.S. In 2017, Ballard became a member along with new flyer of the fuel cell electric bus commercialization consortium, which was received funding for 20 buses. 10 new flyer fuel cell buses are expected to deploy with AC transit in California and the other 10 with new fire fuel cell buses with Orange County transit transportation authority. As a result, we expect to ship 20 FCveloCity engines for these buses starting in 2018. In addition in 2017, we received an order from Sunline Transit Agency for five engines to power buses in Palm Desert and those engines were shipped last year. In the heavy duty truck market last year, we began a high profile trial with Kenworth on a hybrid class 8 drayage truck operating at the ports of Long Beach in Los Angeles. The Ballard fuel cell engine integrated into the Kenworth drayage truck is being used to recharge onboard lithium-ion batteries. The truck has a battery only range of approximately 30 miles; however, the onboard hydrogen fuel cell engine provides sufficient range for a full day of operation in regional hall applications. The heavy trucking application represents significant addressable market for fuel cells and we believe the fuel cell value proposition will resonate with customers in the segment as we move forward. In the material handling market as expected, stack sales to Plug Power continue to decline in 2017 as this customer continued movement towards internally manufactured and source stacks for its fuel cell systems integrated in the forkless. However, we made important progress to position Ballard for long-term success in material handling with key technology solution programs that we’ll highlight shortly. We expect additional important developments in the material handling segment in 2018. Our Protonex power management business had disappointing 2017 results driven a large part by delay in achieving a key procurement milestone by the U.S. Army. That milestone was however approved in September. Milestone fee is now behind us and the Protonex squat power management kit SPM-622 can now be ordered in volume. As a result, we expect growth in the power management business beginning in 2018. In January, we announced our initial $1.6 million order from the U.S. Army under Milestone C. While we believe the recent passage of the U.S. federal budget with a significant increase in planned military spending is a positive development for our Protonex business it’s currently uncertain whether this will impact our 2018 results. To address the underperformance of our Protonex business in 2017, we implemented certain cost reductions and divested certain noncore assets, which is expected to result in annualized cost savings of $2.6 million. We made meaningful progress at Protonex in the UAV business in 2017 both in the military market and the commercial market. We delivered an important customer fuel trial and business development activities and we now planned to rebrand the commercial UAV business with the Ballard brand. In December last year, we also announced we developed a next generation high performance fuel cell propulsion system to power UAVs including the Ballard designed MEA. Protonex has received a follow on contract from institute of Boeing subsidiary for extended durability testing of this next generation 1.3 kilowatt fuel cell propulsion system to power test flights of the ScanEagle platform. We expect additional development in the UAV market in the near term. In terms of 2018 outlook in U.S., we expect increased purchase orders for engines particularly in California along with additional orders for power management unit for military customers. Finally, over the past year we have announced a number of positive Technology Solutions developments. As mentioned earlier, in 2017, we secured the Siemens' multi-year development program for fuel cell rail. We also delivered against our two existing development and supply programs in China with CRRC TRC demonstrated the Chinese Railway Headstream Tour tram line in Tangshan City located in Hebei Province. And CSR Sifang of Qingdao, Shandong Province demonstrated their fuel cell power train in Foshan. We continued our groundbreaking innovation work with Nisshinbo, Japan on a multi-year effort to develop and commercialize stacks for material handling, utilizing cost reducing non-previous metal catalyst technology. We have also announced a $4.2 million Technology Solutions program with an unnamed customer to develop an ultra high durability air-cooled fuel cell stack with a 20,000 hour life target for use in probably Class 3 material handling equipment. In the passenger car market, last year we continued strong execution on our deliverables under Audi’s HyMotion fuel cell car program with leading automotive fuel cell stack technology. Last year we also announced a follow on Technology Solutions contract with an unnamed leading global automotive OEM. This follow on contract is focused on advancing our customers development program for future versions of its fuel cell engine and vehicle deployments. Interestingly, KPMG recently published its 19th consecutive Global Automotive Executive Summary 2018 which noted that FCEVs have replaced BEVs as this year’s number one key trend until 2025. We continue to believe that four disruptive trends are fundamentally reshaping the nature of mobility, electrification, shared mobility, autonomous drive and connectivity. We believe these trends are global, secular and converging. For those of you who may be interested in exploring this further, we have published some market update on our website on January 23rd that provides our perspective on the rapidly evolving FCEV car market. In brief, we believe the increase of shared mobility in urban centers will lead to vehicles having much higher utilization including higher range requirements and longer operating hours and we believe these trends favor FCEVs. Earlier this week in a landmark decision at German Federal Court ruled at German cities could ban diesel vehicles from their streets as a way to reduce pollution. We believe this decision has important ripple implications across Europe. In terms of 2018 outlook in Technology Solutions, we expect revenue to be relatively flat given the significant contribution from the one-time technology transfer projects in China in 2017. We expect a decline in China Technology Solutions revenues to largely offset by increased project activities with both existing and new customers across a number of sectors including of course our ongoing with Audi. For our overall 2000 outlook, as a reminder we don’t provide specific financial guidance. In terms of soft directional outlook for 2018, we expect top-line revenue to be relatively flat on a year-over-year basis, coincident with the strengthening of our underlying business mix for long-term growth prospects. We believe this outlook represents a conservative and responsible view based in part on the $91.4 million of orders in hand for expected delivery in 2018, which is harder than it was at this time last year. We also have a robust sales pipeline and expect to close important new bookings throughout 2018. These factors give me personal confidence, but there's upside to our conservative outlook. As I look beyond 2018, now, we believe our fuel cell value proposition is gaining traction across a broadening array of FCEV in the key geographic markets of China, Europe, and the United States. We believe that FCEVs will become a meaningful portion of the heavy, medium and light-duty transport market, with long range heavy payload, rapidly fueling and roof flexibility our customer requirements and define key target markets for our products. A recent report from the hydrogen council profile the development stage of many of these FCEV applications, we believe are well-positioned with highly disruptive and fuel proven technology at the convergence of three global mega trends, de-carbonization, air quality and electrification of propulsion, presenting a compelling future for Ballard. As we look out to 2020, we expect strong growth in FCEV demonstration programs and commercial scaling in certain heavy and medium duty applications in China, Europe, and the United States. We also continue to advance our Technology Solutions business which offers significant embedded optionality on longer term fuel cell modem markets, including UAVs, marine and passenger cars. We remain excited about Ballard’s future prospects. We have industry leading talent, technology, products, intellectual property, customers, strategic partners, field experience and brand. With continued investment in our technology products, customer engagement in our brand, we see Ballard having a leading position in targeted large addressable markets. Let me now turn the call over to Tony for his review of 2017 Q4 and full year financial results. Tony?