David Johnson
Analyst · Craig-Hallum
Good morning, everyone. Thanks for joining our conference call to review Westport Fuel Systems 2020 results for the fourth quarter and the full year. This is David Johnson speaking. With me on the line today is Richard Orazietti. Clearly, 2020 was a year filled with challenges. The COVID-19 pandemic challenged the global economy and created headwinds for our business. But there were also unexpected opportunities, and our global team demonstrated outstanding resilience in responding to both the challenges and the opportunities. In spite of the unprecedented events of 2020 it's gratifying to see that the world's demand for clean, low carbon, cost-effective transportation hasn't wavered. That continuing demand helped us to finish the year strong. Looking back on the past year, the impact of the pandemic was most severe in Q2 when we and our customers had to pause production due to the crisis. Q3 saw some recovery and the strengthening continued in Q4, lifting us to a record quarterly revenue. For the year, revenue was down 17% from our record 2019 full year revenue. Overall, nearly 90% of that decline was attributed to the COVID-related shutdowns in the second quarter. However, our Q4 record revenue was a 13% increase versus the same quarter in 2019, driven by a 32% increase in OEM revenue. Looking forward, we're poised for continued positive momentum in 2021, albeit somewhat tempered in the near-term by the lingering effects of the ongoing pandemic and by the global supply chain challenges the automotive industry is facing right now. Aside from the COVID-19 challenges, I'm pleased to report that we advanced each 1 of our 2020 business objectives, including especially sales growth in key market segments and geographies. And overall, we've strengthened the business with balance sheet improvements and cost reductions. In November, we announced new product development work with our current OEM partner to apply HPDI 2.0 to an updated base engine platform that take effect in 2020, the benefits of our HPDI solutions. Our targets for 2020 and for future growth include progress in China, where our joint venture with Weichai Power secured certification for the WP12 natural gas engine powered by HPDI 2.0. As 1 of the largest suppliers of natural gas engines in China, our JV currently supplies sparked natural gas engines to leading Chinese commercial vehicle OEMs, and they, in turn, serve the largest natural gas trucking market in the world. The WP12 HPDI engine certification sets us up to serve that large and growing market as vehicle OEMs complete certifications for their vehicle offerings with our engines. We've also seen growth in India. In 2020, we combined our business with our JV with UNO MINDA to better serve the market and to realize cost efficiencies. We can now offer a broader range of products to this growing CNG market. And also in 2020, we commenced work on developing hydrogen with HPDI. I'll cover that later in more detail. As I said earlier, Q4 sales volumes rebounded very strongly to nearly $84 million. In particular, our heavy-duty market segment saw very encouraging new sales growth as fleets in the European trucking industry continue to gain confidence as they realize significant operational cost savings as well as carbon reduction benefits made possible with natural gas filled HPDI solutions. We finished the year with an HPDI sales rate almost double compared to 2019, and we're on pace for continued growth in 2021. The net income grew to $4.1 million versus $3.4 million in the fourth quarter of 2019. The work we did earlier in the year to shore up our balance sheet, working with our lenders to secure lower cost of capital and access government subsidies positioned us well to navigate 2020, and we finished the quarter with $64 million in cash and cash equivalents. Some growth trends in transportation underpin our confidence in the coming growth opportunities. And perhaps the easiest to understand is the heavy-duty trucking business, where investment decisions are pure business decisions and will fuel price differentials of the pump are driving sales and market share gains today. For heavy-duty long-haul trucks, weight is absolutely a constraint. The other big constraint is cost. Both weight and costs are big disadvantages for the adoption of battery-elective technology and heavy-duty trucking. Based on physics and economics, it's perfectly clear that the lightest weight vehicles that go the fewest miles and return to home have the potential to transition to battery electric, particularly as global infrastructure and development improves. In contrast, heavy-duty long-haul trucks are least likely or hardest to power with batteries. In general, about half all of all trucks sold around the world are heavy-duty long-haul trucks. As populations grow and economic development continues, we'll need to move more freight. The number of trucks will grow and the performance and cost effectiveness of lower carbon solutions will become increasingly critical. In Europe, the market share of alternative fuel trucks increased nearly 40% in 2020, A Stark contrast to the overall commercial vehicle market, which declined markedly due to COVID-19. Governments have a critical role to respond to the challenges of climate change and urban air quality, and at the same time, it sees the opportunity to start a green path to reach their economic development goals. We already see strong regulatory support for transportation, carbon production in Europe, India, China and in parts of the U.S. Governments that properly set the table with economic and regulatory structures, focused on goal achievement can unleash and harness market forces to lead our industry on a green path that can scale. I believe the inability of electric technologies to deliver affordable, effective solutions for heavy-duty long-haul trucking in markets around the world, combined with the urgent need to decarbonize, will drive the growth of HPDI systems. HPDI is ready, in production, for sale and proven right now, no waiting. The growth in our revenues demonstrates the word has gotten out. HPDI with natural gas and renewable natural gas works, and it works well. It's available now, and it's generating operating cost savings and helping fleet to achieve their carbon reduction targets. Fleets vote with their dollars. Take note of what's happening in Europe right now with natural gas and specifically HPDI. China is next. Light-duty OEM sales and our independent aftermarket revenue were slower to rebound, with revenue for the independent aftermarket segment falling 15% relative to the same period last year. In particular, customer demand in Western Europe was impacted due to COVID-19. At this time, we expect to return to 2019 levels with modest growth, thanks to regulatory support in places like Egypt and India and other cost-sensitive markets like Turkey, Russia and China. I'll use India as an example. India's regulatory commitment to emissions reductions from transportation has not wavered through the COVID-19 pandemic. The stringent Bharat Stage VI emission standards came into effect in April 2020 during the lockdown. At the same time, the government has committed to building 1,000 LNG stations in the next 3 years and is doubling its commitment to natural gas as part of its energy mix. Our largest customer in India, Maruti Suzuki responded by discontinuing their diesel product lines, which was 30% of their business, a significant commitment to embrace alternative fuels, specifically natural gas. We have seen an uptick for natural gas products across the full suite of offerings in India from the ubiquitous 3-wheelers up to the heaviest commercial vehicles. Combined with growth in infrastructure and highly cost-conscious consumers who can access a 30% to 50% price savings at the pump for natural gas versus petrol, all of these are excellent market conditions for the success of our products. And in heavy-duty trucking, where fleets replace trucks every 3 to 5 years. There simply is no other viable, cost competitive alternative that can deliver all of the benefits that HPDI does today. Natural gas and renewable natural gas infrastructure continued to grow also in Europe, now with nearly 400 LNG stations and 4,000 CNG stations. And now we also see investments being made to create a hydrogen refueling infrastructure. Hydrogen use with HPDI is extremely compelling with near zero greenhouse gas emissions and much lower cost on fuel cell or battery electric trucks, particularly in heavy-duty applications. This provides a pathway from fossil LNG to bio LNG to green hydrogen. So before I turn the call over to Richard to review financial results, a few highlights of our progress with hydrogen. Although it's rather modest today in the scope of our total revenue, our existing GFI-branded hydrogen business, supplying components to Plug Power, Ballard and others, grew by 75% in 2020. The according to The Hydrogen Council, the total addressable market for hydrogen is about $150 billion, while costs are producing green hydrogen have fallen 50% between 2015 and 2020. So far, hydrogen is produced close to where it's used, and there is limited dedicated transportation infrastructure today. There are only about 5,000 kilometers of hydrogen pipelines around the world in 2016 and compare this with over 3 million kilometers for natural gas. In 2020, worldwide, there were less than 500 hydrogen refueling stations, a good start. Compare this with existing and growth plans for natural gas infrastructure in Europe, India and China, as I mentioned earlier. There is work to be done with hydrogen. But support for hydrogen infrastructure development is growing, with commitments announced in China, Japan and Germany. Hydrogen appears to be well suited for heavy-duty trucking applications where ranges over 400 kilometers are common and fast filling is important for the operator. A few weeks ago, we published a white paper with AVL, sharing our initial modeling for thermal efficiency and total cost of ownership. We are confident that the high efficiency, hydrogen internal combustion engines have the potential to financially outperform fuel cell EVs in terms of total cost of ownership and also lowers the cost of CO2 avoidance, which is especially relevant in jurisdictions with carbon taxes and other penalties for high emissions. Earlier we announced successful first trials of a hydrogen fueled internal combustion engine with HPDI. Our test cell in Vancouver ran an engine at peak torque and rated power, combustion was stable and controllable. Initial test results are highly encouraging and confirmed that HPDI with hydrogen in an internal combustion engine is comparable in efficiency to fuel cells and heavy-duty applications. With this early success of fueling our enthusiasm, we'll continue to collect more data. Technical results we shared and reviewed by independent experts at the upcoming Vienna Motor Symposium late next month. We also announced a project with Scania to commence, development work on their internal combustion engine fueled by hydrogen. We're designing and preparing for that testing program, which we expect to commence in the fourth quarter. According to a recent research report by Morgan Stanley, if hydrogen truck sales account for just 10% of global sales by 2030, that would equate to per annum growth of 30% in the next 5 years alone. And provide a significant runway of growth over the next decade. Capturing just a fraction of this growth is meaningful for Westport Fuel Systems. The potential for OEMs and others to avoid new and significant investments required to develop the manufacture fuel cells, electric motors and batteries is incredibly exciting and compelling. Other high load applications like mining, green and rail have come to rely on the efficiency, power, durability and reliability of diesel engines. And there is no other alternative that offers the same potential to leverage established supply chains, manufacturing investment and infrastructure and economies of scale. Now let me turn it over to Richard to review a few of our financial results.