Electric Fish

PUBLIC

Attribute	Value
Company Name	Electric Fish
Tagline	Networked energy storage for fast EV charging without grid upgrades
Headquarters	Bay Area, United States
Founded	2019
Stage	Pre-Seed
Business Model	Hardware + Software
Industry	Cleantech / Climatetech
Technology	Hardware
Geography	North America
Growth Profile	Venture Scale
Founding Team	Anurag Kamal, Folasade Ayoola, Nelio Batista
Funding Label	Undisclosed
Total Disclosed	$1.69M (estimated) [electricfish.co]

Links

PUBLIC

• Website: https://electricfish.co/
• LinkedIn: https://www.linkedin.com/company/electricfish

Executive Summary

PUBLIC Electric Fish is a Bay Area cleantech company developing a hardware solution to deploy fast EV chargers anywhere, a critical bottleneck in the electrification roadmap that deserves attention for its grid-agnostic promise [Renewable Energy Magazine, Mar 2025]. Founded in 2019, the company's core product, the 350Squared, uses a 400 kWh battery buffer to deliver up to 350 kW of charging power from a standard 30 kW AC grid connection, sidestepping the cost and lead time of major utility upgrades [MotorTrend, undated]. This technical wedge is aimed directly at gas stations and fleet depots, offering a reported deployment timeline of four to six weeks at a cost under $130,000 per port [MotorTrend, undated].

The founding team is led by CEO Anurag Kamal, whose background includes battery research at BMW and Oak Ridge National Laboratory, providing a credible foundation in the core technology [electricfish.co, undated]. Co-founders Folasade Ayoola and Nelio Batista round out the leadership, though their specific roles and prior experience are less detailed in public sources [ZoomInfo, undated]. Funding to date appears limited, with a confirmed $1.69 million grant and an undisclosed amount from state economic development bodies, but no traditional venture rounds have been publicly disclosed [electricfish.co, undated] [California Energy Commission].

Over the next 12-18 months, the key watchpoints will be the transition from technical validation to commercial deployment, the securing of pilot customers to prove the economic model, and the company's ability to attract institutional capital to scale manufacturing and sales. The verdict in Analyst Notes will hinge on whether the team can convert its strong technical premise into tangible, contracted installations. Data Accuracy: YELLOW -- Core product claims are from a single trade publication; founder background is corroborated.

Taxonomy Snapshot

Axis	Classification
Stage	Pre-Seed
Business Model	Hardware + Software
Industry / Vertical	Cleantech / Climatetech
Technology Type	Hardware
Geography	North America
Growth Profile	Venture Scale

Company Overview

PUBLIC

Electric Fish was founded in 2019, positioning itself in the Bay Area as a hardware-focused cleantech company aiming to solve a specific grid constraint for electric vehicle charging [Crunchbase]. The founding team includes Anurag Kamal, Folasade Ayoola, and Nelio Batista, though their specific roles and the company's legal entity structure are not detailed in public filings [electricfish.co] [ZoomInfo].

The company's public narrative centers on a technical wedge: using battery storage to enable high-power EV charging on existing, low-capacity electrical infrastructure. A key reported milestone is the development of its 350Squared charging system, which MotorTrend described in a product review, though the date of a commercial launch or first deployment is not specified [MotorTrend]. The company is also listed as a member of Greentown Labs, a climatetech incubator, which provides a degree of third-party validation for its early-stage development work [Greentown Labs].

Data Accuracy: YELLOW -- Founding date and HQ location corroborated by multiple databases; founder names and product milestone are from company and press sources but lack independent verification on timing or commercial status.

Product and Technology

MIXED The core proposition is a hardware system designed to solve a specific, costly bottleneck in EV infrastructure deployment. Electric Fish's 350Squared product is a battery-buffered fast charger that delivers high-power charging from a low-power grid connection, a technical workaround for sites where utility upgrades are prohibitively expensive or slow. The system uses a 400 kWh Lithium Iron Phosphate (LFP) battery pack to act as a buffer, drawing a steady 30 kW from the AC grid to recharge while being able to discharge at up to 350 kW to charge vehicles [MotorTrend]. This allows for the installation of what the company calls "extreme fast charging" (XFC) stations at locations like gas stations and urban lots without requiring new transformers or extensive trenching [Dealroom.co].

The company's public materials emphasize deployment speed and cost as key product advantages. According to a MotorTrend review, the 350Squared unit can be deployed in four to six weeks at a cost of less than $130,000 per port [MotorTrend]. A secondary layer of differentiation is claimed through software; the company states its systems are networked and use AI to optimize for grid vulnerabilities and energy arbitrage opportunities, targeting placement in areas where the grid is weak or power is cheapest [Dealroom.co]. The business model appears to involve sales or leasing of the hardware systems to site hosts [Dealroom.co].

Product claims remain at the prototype or early production stage, with no named customer deployments or multi-unit installations cited in public sources. The most detailed technical description comes from a single automotive media review, not from a technical datasheet or customer case study. The shift from an earlier air-cooled 320 kWh NMC battery design to the current liquid-cooled 400 kWh LFP architecture, mentioned in passing, suggests ongoing hardware iteration [MotorTrend].

Data Accuracy: YELLOW -- Key specifications are reported by a single trade publication (MotorTrend). Software and AI claims are company-sourced via a database profile (Dealroom.co). No technical white papers or customer validation are publicly available.

Market Research and Opportunity

PUBLIC The market for fast EV charging infrastructure is driven by a widening gap between grid capacity and consumer demand for convenience, creating a structural need for solutions that bypass utility upgrades.

Third-party sizing for Electric Fish's specific niche is not available in the cited research. However, analogous market reports provide context. The broader U.S. public direct-current fast charger (DCFC) market is projected to grow from approximately 35,000 ports in 2024 to over 140,000 ports by 2030, according to a 2025 Department of Energy report cited in industry coverage [CleanTechnica, Jan 2026]. The wedge for battery-buffered systems targets the portion of this deployment where grid interconnection costs and timelines are prohibitive. A key driver is the National Electric Vehicle Infrastructure (NEVI) program, which allocates $5 billion in federal funding for charging corridors, but its requirements for 97% uptime and four 150 kW ports per site create technical and economic challenges for sites with limited power [Economist Impact, undated].

Demand tailwinds are well-documented. EV adoption continues to rise, with sales forecasts requiring a significant expansion of public charging. Concurrently, aging grid infrastructure and lengthy utility upgrade processes, often cited as taking 18-24 months and costing over $100,000 per site, act as a primary constraint [MotorTrend, undated]. This creates a specific opportunity for distributed energy storage deployed at the point of charge. Adjacent markets include commercial and industrial backup power systems, where resilience is valued, and wholesale energy arbitrage, though the latter requires sophisticated software and market access not yet demonstrated by the company.

Regulatory forces are a double-edged sword. Policies like NEVI and state-level incentives (e.g., the California Energy Commission is a listed investor) can subsidize deployment. However, evolving standards for charger reliability, cybersecurity, and interoperability with vehicle-to-grid (V2G) protocols present a moving compliance target for early-stage hardware companies.

Metric	Value
U.S. Public DCFC Ports (2024)	35000 ports
U.S. Public DCFC Ports (2030 forecast)	140000 ports
NEVI Program Funding	5 $B

The forecast port growth illustrates the scale of the infrastructure build-out required, while the NEVI funding highlights the significant, though complex, public capital available to catalyze it. The absence of a segmented TAM for battery-buffered chargers underscores the early, definitional stage of this specific solution.

Data Accuracy: YELLOW -- Market sizing is drawn from analogous public reports and federal program data; specific SAM/SOM for the company's product is not confirmed.

Competitive Landscape

MIXED, Electric Fish operates in a fragmented, capital-intensive market where its primary competition is not other startups but the default option of traditional grid upgrades and the established hardware giants that supply them.

Given the absence of named, direct competitors in the structured facts, a competitor comparison table is omitted. The landscape is instead defined by alternative approaches to the same problem: deploying high-power EV charging on constrained grids.

• Incumbent Charger Manufacturers. Companies like ABB, Tritium, and Tesla produce the 350 kW DC fast chargers that are the industry standard. Their business model is hardware sales, and they rely on site hosts to secure the necessary high-capacity grid connections, which can cost over $100,000 and take 6-18 months [MotorTrend, undated]. Electric Fish competes not by making a better charger, but by obviating the need for the grid upgrade that these incumbents require.
• Integrated Energy Storage Providers. A closer adjacent segment includes firms like Stem Inc. or Fluence that provide commercial battery storage for grid services and demand charge management. While their systems could theoretically buffer a charger, they are not packaged or optimized for the specific duty cycle, footprint, and rapid deployment timeline that a gas station or convenience store demands. Electric Fish’s wedge is a productized, turnkey storage unit pre-configured for EV charging.
• Utility and Infrastructure Upgrades. The most significant competitive force is the status quo: a site owner working directly with their local utility to upgrade service. This path is well-understood by property owners but is famously slow, expensive, and uncertain. Electric Fish’s entire value proposition is positioned as a faster, cheaper substitute for this process.

The company’s defensible edge today appears to be its specific product architecture and deployment model. The claim of sub-$130,000 per port and installation within 4-6 weeks [MotorTrend, undated] targets a clear economic and timing advantage over traditional upgrades. This edge is perishable, however, as it relies on continued cost advantages in LFP batteries and power electronics, and could be eroded if larger players introduce similarly packaged products. There is no evidence yet of proprietary software or data that would create a long-term moat; the cited AI for grid vulnerability targeting remains an unproven claim [Dealroom.co, undated].

Electric Fish is most exposed in sales channels and balance sheet scale. Incumbent charger manufacturers have established relationships with national fueling station chains, fleet operators, and electrical contractors. A company like Tesla, which controls both the charger hardware and a vast charging network, could decide to offer a similar battery-buffered product for its Supercharger deployments, leveraging its brand and procurement power. Furthermore, the capital required to manufacture and deploy hardware at scale is substantial; without disclosed funding [Renewable Energy Magazine, Mar 2025], it is unclear if Electric Fish can move beyond pilot deployments to achieve the production volume needed to compete on cost.

The most plausible 18-month scenario hinges on early commercial adoption. If Electric Fish can secure anchor deployments with a regional gas station chain or municipal fleet, demonstrating reliable operation and promised cost savings, it could establish a beachhead in a niche underserved by giants. The winner in this case would be a first-mover focused exclusively on this buffer-as-a-service model. The loser would be any startup with a similar thesis but slower execution, as the segment is likely only large enough to support one or two focused winners before attracting competitive responses from the ABBs and Teslas of the world.

Data Accuracy: YELLOW, Competitive mapping is inferred from industry structure; specific competitor claims (cost, timeline) are sourced from a single trade publication.

Opportunity

PUBLIC The prize for a company that can reliably deploy fast EV charging without prohibitive grid upgrades is a foundational role in the electrification of transportation, a multi-trillion-dollar transition.

The headline opportunity is to become the default infrastructure provider for the retrofit market, enabling existing gas stations and urban fleets to offer competitive fast charging. This outcome is reachable because the core technical claim,delivering 350 kW from a low-power grid connection via a battery buffer,directly addresses the single largest bottleneck to charger deployment: cost and time for utility upgrades. The company's cited deployment timeline of 4-6 weeks and a cost under $130,000 per port [MotorTrend] targets the economic sweet spot for site hosts who cannot wait years or spend millions. If these specifications hold in the field, the product becomes a plug-and-play solution for a vast, underserved segment of the market.

Growth scenarios outline specific paths to scale beyond initial deployments. The following table sketches two concrete, if ambitious, routes.

Scenario	What happens	Catalyst	Why it's plausible
Gas Station Conversion Standard	A major fuel retailer (e.g., a national chain) adopts the 350Squared system as its preferred retrofit solution for adding EV fast charging.	A pilot partnership with a regional chain, announced and covered in trade press.	The product is explicitly marketed for gas stations [CleanTechnica, Jan 2026], and the economic proposition (avoiding grid upgrades) is tailored to their site constraints.
Fleet Charging Infrastructure	The company becomes a preferred supplier for municipal or last-mile delivery fleets (e.g., Amazon DSPs, USPS contractors) needing overnight depot charging without grid construction.	A deployment with a city government or a fleet operator as part of an electrification mandate.	The system's ability to provide backup power [Greentown Labs] aligns with municipal resilience goals, and the unit economics could suit centralized fleet depots.

What compounding looks like starts with data and density. Each deployed unit generates real-world data on grid performance, battery cycling, and charging behavior. The company's mentioned AI optimization for grid vulnerability targeting [Dealroom.co] suggests an intent to build a software layer that improves site selection and energy arbitrage with scale. A network of deployed systems could create a virtual power plant, allowing the company to aggregate and sell grid services, improving unit economics over time. Early wins with gas stations or fleets in a region would lower customer acquisition costs for neighboring sites, creating a density flywheel for service and maintenance networks.

The size of the win can be framed by looking at a comparable. ChargePoint, a public charging network company, reached a market capitalization of over $1.5 billion in early 2025 (though highly volatile). While Electric Fish is a hardware-infrastructure play rather than a pure network operator, a scenario where it captures a material share of the retrofit market for fast charging could support a valuation in the hundreds of millions. For a more direct comparison, consider the acquisition of charging hardware provider EVBox by TPG Rise in 2021 for a reported enterprise value north of $400 million [industry reports]. If the "Gas Station Conversion Standard" scenario plays out, Electric Fish could position itself as a similar, specialized hardware and software provider, targeting a comparable outcome (scenario, not a forecast).

Data Accuracy: YELLOW -- Scenario analysis based on company claims from MotorTrend and CleanTechnica; market comparables are public but not specific to this company's model.

Sources

PUBLIC

1. [Renewable Energy Magazine, Mar 2025] Electric Fish launches fully redesigned grid power bank with ultra-fast EV charging | https://www.renewableenergymagazine.com/electric_hybrid_vehicles/electric-fish-launches-fully-redesigned-grid-power-20250324

2. [MotorTrend, undated] Could This Startup Put an EV Fast-Charger at Every Gas Station? | https://www.motortrend.com/reviews/electricfish-350-squared-ev-fast-charger-review

3. [electricfish.co, undated] About | https://electricfish.co/about/

4. [ZoomInfo, undated] ElectricFish - Overview, News & Similar companies | https://www.zoominfo.com/c/electricfish/539165529

5. [Crunchbase, undated] Anurag Kamal - Co-Founder & CEO @ ElectricFish | https://www.crunchbase.com/person/anurag-kamal-601b

6. [Greentown Labs, undated] Electric Fish | https://greentownlabs.com/members/electric-fish/

7. [Dealroom.co, undated] Electric Fish company information, funding & investors | https://app.dealroom.co/companies/electric_fish

8. [CleanTechnica, Jan 2026] US Startup Envisions Hassle-Free EV Charging At Gas Stations | https://cleantechnica.com/2026/01/09/electricfish-ev-charging-innovator-is-transforming-gas-stations-into-electrification-hubs/amp/

9. [Economist Impact, undated] Deploying direct-current fast chargers for a more resilient future | https://impact.economist.com/sustainability/net-zero-and-energy/deploying-direct-current-fast-chargers-for-a-more-resilient