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IBISWorld's research coverage on the Electric Vehicle Charging Stations procurement and pricing environment in the United States includes market dynamics, buyer power scores, supply chain vendors with pricing trends and forecasts.
This procurement coverage of the Electric Vehicle Charging Stations market in the United States includes Level 1 EV Charging Stations, Level 2 EV Charging Stations, Level 3 EV Charging Stations, Tesla Superchargers, Commerical EV Charging Stations and Public EV Charging Stations. Standard coding in this coverage includes HS-850440-Electrical Static Converters, ISIC-279-Manufacture of other electrical equipment, NACE-27.90-Manufacture Of Other Electrical Equipment, NAICS-335990-All other electrical equipment and component manufacturing and UNSPSC-25175002-Electric vehicle charging station.
Common market terminology included in the Electric Vehicle Charging Stations procurement coverage includes Amperage (The strength of an electric current, measured in amperes, often shortened to "amps".), Voltage (The potential pressure of the electrical supply, measured in volts.), Miles of Range per Hour (RPH) (The number of miles a charging station can provide per hour of charging.), Peak Shaving (A form of smart charging where charge sessions are paused and the strength of charge is lessened until more power becomes available.), Load Balancing (A form of smart charging where optimal charging is provided to all vehicles using the station so that one vehicle does not have a disproportionate amount of charge.) and Level 2 Charging Station (The most common type of public charging station. It supplies 240 volts and delivers AC power to the vehicle, which is then converted to DC power for charging.).
The top companies covered in the Electric Vehicle Charging Stations procurement report as suppliers are Abb Ltd, Schneider Electric Se, Siemens Ag, Engie SA and Ford Motor Co.
The Opportunity Assessment chapter provides a comprehensive market analysis of the Electric Vehicle Charging Stations market in the United States category, including buyer power scoring, market pricing trends, vendor landscape, cost structure, and strategic negotiation levers.
The market pricing trends include the Market Price (2026) per charging station, a five year price forecast and a supply chain risk score. Vendor coverage includes a market share and cost structure breakdown.
Analysis includes a comprehensive SWOT analysis of and recent developments impacting the Electric Vehicle Charging Stations market environment.
The Buyer Power Score chapter assesses key components impacting Electric Vehicle Charging Stations procurement including the recent price trend, forecast price trend, availability of substitutes, switching costs, product specialization, average vendor risk, market share concentration, supply chain risk, price driver volatility and recent price volatility.
These components generate a Buyer Power Score that ranges from -5 (strongly favoring sellers) to +5 (strongly favoring buyers) plus a recommended strategy for procurement specialists.
The Price Environment chapter covers detailed pricing analysis and datasets on Electric Vehicle Charging Stations market environment. This includes insights into market pricing Market Price (2026), price forecasts, volatility, specialization, substitutes and switching costs.
Datasets in the Price Environment chapter include vendor cost structure, breakdowns of wage rates by geography and specialty, key external economic and labor drivers impacting the market and market pricing models.
The Supply Chain & Vendors chapter covers the concentration, risk and diversity of the Electric Vehicle Charging Stations market. This includes datasets on the market’s top suppliers, detailed analysis on the key sourcing risks and supply chain dynamics, with environmental, social and governance (ESG) considerations and scores.
The Business Requirements chapter covers vendor relationships, qualifications, service level agreements and key performance indicators. These inputs provide insight into the planning process through the buying lead time, vendor relationship and vendor qualifications. The sourcing process include key RFP elements like an organizational overview, project budget, selection criteria, project schedule, proposal format, inventory control, cost containment, regulation, quality control, distribution and key contract clauses.
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The 2026 benchmark market price for Electric Vehicle Charging Stations is $6570 per charging station. Prices have increased at a CAGR of 1.25 from 2023-26.
The top vendors in the Electric Vehicle Charging Stations market include Abb Ltd, Schneider Electric Se, Siemens Ag, Engie SA and Ford Motor Co.
The top industries supplying the Electric Vehicle Charging Stations market are Electrical Equipment Manufacturing in the US, Iron & Steel Manufacturing in the US, Semiconductor & Circuit Manufacturing in the US, Semiconductor Machinery Manufacturing in the US, Wire & Cable Manufacturing in the US and Aluminum Manufacturing in the US.
Tight supply chains and component shortages drive supply chain risk and supplier financial risk. High supply chain risk, stemming from semiconductor and electronic components suppliers, poses significant threats to delivery timelines and cost predictability for buyers, in addition to elevating the chance that a vendor could experience bankruptcy. EV charging station manufacturers also rely heavily on suppliers of aluminum, copper, steel, silicon, and other metals to produce the electrical transformers and wires that allow electricity to flow through the charging station, which are negatively impacted by tariffs. Buyers should prepare for potential delays and volatility by developing contingency sourcing plans and considering bulk purchasing.
Supplier reputation and market position can affect the pricing of electric vehicle charging stations, as established suppliers with a strong track record and brand recognition can command higher prices. For example, Tesla Superchargers typically cost more compared to other stations, reflecting their market leadership.