ZAP Electric Vehicles: SWOT, Porter's Five Forces & Strategy

Introduction and Company Background

The history of ZAP goes back to 1994, when James McGreen and Gary Starr founded ZAP Power Systems in Sebastopol, California. The name was an acronym for Zero Air Pollution, which served as a direct indication of the company's environmental profile.

The company began producing and commercializing electrically powered bikes, initially through auto dealerships and then through catalogues. In 1997, ZAP joined with the scooter producer Motivity to cross-distribute products through ZAP Europe. Other agreements soon followed with companies from Japan, China, and Switzerland.

The company became closely linked to the emerging Internet economy when it sold its stock to the public via the Internet in 1997 and launched a strong marketing and sales campaign online, changing its name to Zapworld.com. The company's product portfolio grew increasingly diversified, with the introduction of the Zappy scooter in 1998.

ZAP's diversification strategy involved the acquisition of several EV companies, including EV Systems in February 2000 and Aquatic Propulsion Technology Inc. in May 2000. A joint venture with Ningbo Topp Industrial Company Ltd. of China opened the profitable and sizeable Chinese market through manufacturing and distribution. The combination of internal product development and new acquisitions resulted in over ten distinct product categories, along with accessories for each. Revenues doubled in 2000 compared to 1999.

SWOT Analysis

In terms of the company's strengths, several points merit attention. First, ZAP maintained a well-diversified portfolio of products and patents. A substantial acquisition campaign and a series of marketing agreements meant that ZAP had offerings in over ten product categories. In some areas, it had become a leading brand — products such as the Zappy scooter were recognized in their specific market segments.

In addition, ZAP held a 14-patent portfolio, which provided meaningful protection against increasing competition. This was, however, both a strength and a weakness. As Gary Starr acknowledged, patents protect intellectual property but also generate additional legal costs through actions taken against infringers. The company thus benefited from protected IP while simultaneously bearing the burden of enforcement expenses.

The company's Internet strategy also falls into the strength-and-weakness category. Its early online presence allowed it to benefit from the dot-com era — including a public stock offering via the Internet and strong online sales. However, the company also came dangerously close to collapse when the dot-com bubble burst.

Another strength was ZAP's extensive system of joint ventures. The agreement with Ningbo Topp Industrial Company is perhaps the most significant example, enabling ZAP to penetrate the enormous Chinese market, with royalties paid on each Zappy scooter sold. Strategic alliances with other companies across the industry expanded ZAP's distribution reach and added revenue from its own distribution activities, increasing the visibility of the ZAP brand.

A primary weakness — framed in the case study as a challenge — is ZAP's difficulty in projecting and estimating market demand. This is a genuinely complex problem, made more complicated by the specific characteristics of the EV industry. Sales forecasts require careful study of demographics, consumer preferences, and environmental variables. ZAP had not yet established a proper mechanism for such evaluations; it had largely produced and sold without a strategy that connected output to demand analysis. This is a weakness that must be addressed going forward.

A second weakness is that ZAP's product portfolio, though broad, contains only a limited number of true commercial successes. Despite its diversified offerings, genuine market leadership could be claimed in only two segments: electric scooters and electric bicycles.

The EV market is projected to grow substantially over the coming decade, presenting significant opportunities for a company already positioned in the space. ZAP's sales doubled from 1999 to 2000, largely reflecting the market's upward trend, which is expected to continue. Additional opportunity lies in markets ZAP has not yet fully penetrated. The Chinese market is an especially promising example: large, rapidly growing, and still largely untapped, with EV vehicles serving as a natural and practical substitute for traditional bicycles.

The growing number of competitors in the EV market represents a significant threat. Manufacturers from Taiwan and China are able to produce at lower prices due to low-cost workforces, and they are numerous and increasingly profitable. Large automotive companies such as Ford are also likely to enter adjacent EV segments, bringing enormous financial resources and production capacity. Finally, the breadth of market segmentation may work against a company like ZAP: a diversified patent and product portfolio does not guarantee that all product lines will remain profitable.

Industry and Competition Analysis

The electric vehicle industry expanded considerably during the 1990s, and the ascending trend was expected to continue. The industry is broad in scope, encompassing everything from military tanks and automobiles to golf carts and light personal transportation. Estimates suggested that industry sales would grow from $6 billion in 2000 to more than $26 billion in 2010 — a rate of roughly $2 billion per year.

Several factors underpin this growth. The EV industry produces zero tailpipe emissions, positioning it favorably against polluting alternatives during a period of rising environmentalist sentiment. Urban challenges such as traffic congestion further enhance the appeal of lightweight, maneuverable electric vehicles. Unexpected customer segments — including police and law enforcement agencies and elderly citizens seeking independent mobility — have also contributed to growing demand.

The market is highly segmented, both by product type and by competitor base. Product categories range from heavy industrial and military equipment to leisure and personal transportation vehicles. Each sub-segment is served by a large number of manufacturers — the electric bicycle segment alone has more than twenty producers, many based in Taiwan or China, benefiting from significant cost advantages.

Porter's Five Forces model provides a useful framework for assessing competitive intensity and attractiveness in the EV industry. The five forces are: the degree of rivalry, the threat of new entrants, the threat of substitutes, buyer power, and supplier power.

Rivalry in the EV industry is high. Each market sub-segment is populated by numerous small players with limited sales volumes. The electric bicycle market alone has at least 23 manufacturers of note. No dominant large player exists to impose order on pricing or standards — major automakers such as Ford are still in the early stages of EV production. The combination of fragmented, highly segmented markets and the absence of a clear industry leader creates conditions for intense competition.

Entry barriers exist but are not insurmountable. The capital costs associated with building a viable, sustainable EV business — particularly in acquiring technology and establishing research and development capabilities — are significant. The high degree of existing rivalry further complicates entry. While a new entrant might identify a profitable niche, the overall barriers are substantial enough to discourage easy market entry.

The most apparent substitutes are fuel-driven vehicles or, more broadly, any non-electric form of transportation. The general regulatory and cultural trend toward environmentally friendly transport reduces the threat from conventional gasoline-powered vehicles somewhat. However, non-electric, non-polluting alternatives — such as standard pedal bicycles — remain a real substitution risk, particularly among consumers motivated by health and fitness considerations rather than purely environmental ones.

Buyer power in the EV market is meaningful. Unlike in markets with high switching costs — the pharmaceutical industry, for instance — EV buyers can readily switch to reasonably priced substitutes, including fuel-powered vehicles. In the Internet age, buyers are well-informed about pricing and product comparisons, further strengthening their negotiating position and making it difficult for any one company to command a sustained price premium.

Supplier power in the EV industry is relatively limited. The primary input from a uniquely EV-specific perspective is electricity, which is inexpensive and widely available, leaving suppliers with little leverage. This balance of power could shift if advances in battery technology produce significantly more capable — and more expensive — battery systems, at which point battery suppliers could gain greater negotiating leverage.