SPI Energy Co (SPIEQ) Risk Analysis

Phoenix currently builds all its products on Ford's E-450 chassis. Ford does not offer an electric version of this chassis, due to the relatively small market size for medium-duty electric vehicles. As volumes increase, there is a potential risk of Ford's launching an electric version of Ford's E-450 chassis directly from the factory, negating the need for Phoenix's current range of products. Additionally, a shortage in the availability of this chassis would impact Phoenix's capability to produce and fulfill customer's orders in a timely manner.

The battery packs in Phoenix's EVs use lithium-ion cells, which, if not appropriately managed and controlled can rapidly release energy by venting smoke and flames that can ignite nearby materials. Highly publicized incidents of laptop computers and cell phones bursting into flames have focused attention on the safety of these cells. These events also have raised questions about the suitability of lithium-ion cells for automotive applications. There can be no assurance that a field failure of Phoenix's battery packs will not occur, which would damage the vehicle or lead to personal injury or death that subject Phoenix to lawsuits. Furthermore, there is some risk of electrocution if individuals who attempt to repair battery packs do not follow applicable maintenance and repair protocols. Any such damage or injury would likely lead to adverse publicity and potentially a safety recall. Any such adverse publicity could adversely affect Phoenix's business, prospects, financial condition and operating results.

The operation of solar projects involves numerous hazardous activities, including delivering electricity to transmission and distribution systems. We are subject to natural disasters such as earthquakes, floods, snow obscuration, high temperatures, lightning, hurricanes, long-term climate changes, volcanoes and wind risks, as well as other inherent risks affecting resource availability such as fire, explosion, soil and ice buildup, structural collapse and equipment failure. Moreover, we may suffer from negligent acts by our PPA counterparties or other third parties. Our rooftop projects could cause damage to the building roof, resulting in claims due to water damages or replacement of roofing materials. These and other hazards can cause significant personal injury or loss of life, severe damage to, and destruction of, property and equipment and contamination of, or damage to, the environment, wildlife takes or fatalities and suspension of operations. The occurrence of any of these events may result in lawsuits against us asserting claims for substantial damages, including for environmental cleanup costs, personal injury and property damage and fines and/or penalties. In addition, the ongoing operation of solar projects face risks that include the breakdown or failure of equipment or processes or performance below expected levels of output or efficiency due to wear and tear, latent defect, design error or operator error or force majeure events, among others. Unplanned outages, including extensions of scheduled outages, occur from time to time and are an inherent risk of our business. Unplanned outages typically increase our operation and maintenance expenses and may reduce our revenues as a result of generating and selling less electricity. If we fail to properly operate and maintain our solar projects, these projects may experience decreased performance, shortened operating life or shut downs. Our solar projects may also require periodic upgrading and improvement. Changes in our own operation or local conditions may increase the costs of operating the project, including costs related to labor, equipment, insurance and taxes. If we cause damage to third parties, we may become liable for the consequences of any resulting damage. We may also experience equipment malfunction or failure, leading to unexpected maintenance needs, unplanned outages or other operational issues. In addition, inconsistencies in the quality of solar panels, PV modules, balance-of-system components or maintenance services for our solar projects may affect the system efficiency of our projects. Any unexpected operational or mechanical failure, including failure associated with breakdowns and forced outages, and any decreased operational or management performance, could reduce our solar projects' power generating capacity below expected levels, reducing our revenues and profitability. Degradation of the performance of our solar projects above levels provided for in the relevant PPAs may also reduce our revenues. Unanticipated capital expenditures associated with maintaining, upgrading or repairing our projects may also reduce our profitability. In addition, damage to our reputation due to system failure or accidents could negatively impact our relationships with customers and local government authorities, which could also materially adversely affect our business. Negative public or community response to solar energy projects could adversely affect the approval for and construction of our projects. We maintain insurance coverage that we consider adequate but we cannot assure you that our insurance will be sufficient or effective under all circumstances and against all hazards or liabilities to which we may be subject.

The projects in our solar project portfolio are relatively new with expected operating life of more than 20 years. The majority of our projects in operation as of December 31, 2022 commenced operations since 2014. In addition, the projects we acquire in the future may not have commenced construction or operation or otherwise have a limited operating history. As a result, our assumptions and estimates regarding the future performance of these projects are, and will be, made without the benefit of a meaningful operating history, which may impair our ability to accurately assess the potential profitability of the projects. The performance of these projects will also be subject to risks inherent in newly constructed renewable energy projects, including breakdowns and outages, latent defects, equipment that performs below our expectations and system failures. Failure of some or all of our projects to perform up to our expectations could have a material adverse effect on our business, financial condition and results of operations.

- unanticipated delays or changes in project plans;         - changes to laws and regulations requiring additional permits, licenses and approvals, or difficulties in obtaining and maintaining existing governmental permits, licenses and approvals;         - the inability to obtain adequate financing with acceptable terms;- unforeseeable engineering problems, construction or other unexpected delays and contractor performance issues;         - delays, disruptions or shortages of the supply of labor, equipment and materials, including work stoppages;         - defective PV module or other components sourced from our suppliers;         - adverse weather, environmental and geological conditions, force majeure and other events out of our control; and         - cost overruns due to any one or more of the foregoing factors. Accordingly, some of the solar projects in our portfolio may not eventually commence operation and connect to the grid, or even proceed to construction. If a number of our solar projects are not completed, our business, financial condition and results of operations could be materially and adversely affected.

Construction and maintenance sites are potentially dangerous workplaces and often put our employees and others in close proximity with mechanized equipment, moving vehicles, chemical and manufacturing processes, and highly regulated materials.  We are often responsible for safety and must implement safety procedures. Should our safety procedures prove ineffective or incomplete, we might suffer injury to our employees, and expose the company to litigation. Our failure to maintain adequate safety standards through our safety programs could result in reduced profitability or the loss of projects or clients, and could have a material adverse impact on our financial position, results of operations, cash flows and liquidity.

Factors that might prevent us from completing installations on time or on budget include: - shortages of materials;         - shortages of skilled labor;         - unforeseen installation scheduling, engineering, excavation, environmental or geological problems;         - job site issues that were not apparent during site inspection;         - natural disasters, hurricanes, weather interference, fires, earthquakes or other casualty losses or delays;         - delays in obtaining or inability to obtain or maintain necessary licenses or permits;         - changes to plans or specifications;         - performance by subcontractors;         - disputes with subcontractors; and         - unanticipated cost increases in materials, labor or other elements of our projects beyond budgets and allowances for contingencies. Our installation projects expose us to risks of cost overruns due to typical uncertainties associated with any project or changes in the designs, plans or concepts of such projects, and installation costs might exceed estimated costs of completion.

The production of solar modules involves complex processes. Deviations in the manufacturing process can cause a substantial decrease in output and, in some cases, disrupt production significantly or result in no output. From time to time, we have experienced lower-than-anticipated manufacturing output during the ramp-up of production lines, which can occur during the introduction of new products, the installation of new equipment or the implementation of new process technologies. As we bring additional lines or facilities into production, we might operate at less than intended capacity during the ramp-up period, and the demand in global solar power product markets might decrease, including the demand for solar modules, which could cause us to operate at less than intended capacity, and result in higher marginal production costs and lower output, which could have a material adverse effect on our business, financial condition and results of operations.

Our products might contain defects that are not detected until after they are shipped or inspected by our customers. Our solar modules are typically sold with a 10-year warranty for material and workmanship and a 25-year (30-year for dual glass module) linear power output warranty against the maximum degradation of the actual power output for each year after the warranty start date, and if a solar module is defective during the relevant warranty period, we will either repair or replace the solar module. As we continue to increase our sales to the major export markets, we might be exposed to increased warranty claims. Product defects could cause significant damage to our market reputation and reduce our product sales and market share, and our failure to maintain the consistency and quality throughout our production process could result in substandard quality or performance of our products. If we deliver our products with defects, or if there is a perception that our products are of substandard quality, we might incur substantially increased costs associated with returns or replacements of our products, our credibility and market reputation could be harmed and our sales and market share may be materially adversely affected.

Whereas traditional combustion engine medium-duty vehicles may travel from 240 to 350 miles before refueling, Phoenix's existing EVs have a maximum range of 160 miles and minimum recharging time of five to six hours. Currently, Phoenix's EVs can be charged only at the owner's location or select public charging locations using compatible charging equipment, further limiting the EVs to local use. Accordingly, potential customers needing vehicles with longer ranges or quicker turnaround of depleted electric energy supply may find Phoenix's products relatively less attractive.

Phoenix has previously experienced and may in the future experience launch and production ramp-up delays. In addition, Phoenix may introduce in the future new or unique manufacturing processes and design features for its products including enhancements under development relating to production assembly efficiency, material component availability, cost reduction and customer feedback. There is no guarantee Phoenix will be able to successfully and timely introduce and scale such processes or features. Phoenix has limited experience to date in manufacturing electric vehicles at low volumes. To be successful, Phoenix will need to implement, maintain, and ramp-up efficient and cost-effective manufacturing capabilities, processes and supply chains, high quality and output rates planned at its Anaheim manufacturing facility. Phoenix also needs to hire, train, and compensate skilled employees for operations. Bottlenecks and other unexpected challenges such as those experienced in the past may arise during its production ramps, and Phoenix must address them promptly while continuing to improve manufacturing processes and reducing costs. If Phoenix is not successful in achieving these goals, Phoenix could face delays in establishing and/or sustaining its vehicle production ramp-ups or be unable to meet its related cost and profitability targets. Any delay or other complication in ramping up the production of its current products or the development, manufacture, launch and production ramp-ups of its future products, features and services, or in doing so cost-effectively and with high quality, may harm its brand, business, prospects, financial condition, and operating results.

If Phoenix's vehicles were to contain defects in design and/or manufacture that cause them not to perform as expected or that require repair, its ability to develop, market and sell or lease its vehicles could be harmed. For example, the operation of its vehicles is highly dependent on software that will require modification and updates over time. Software products are inherently complex and often contain defects and errors when first introduced. Phoenix currently has a limited frame of reference by which to evaluate the long-term quality, reliability and performance characteristics of its buses, trucks, and other products. There can be no assurance that Phoenix will be able to detect and repair any defects in its products before commencing the sale of its vehicles. Any product defects or any other failure of its vehicles to perform as expected could harm its reputation and result in adverse publicity, lost revenue, delivery delays, product recalls, product liability claims or significant warranty and other expenses, and could have a material adverse impact on its business, financial condition, operating results and prospects.