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Kevala

Kevala provides a cloud platform that aggregates grid, DER, and socioeconomic data to deliver high‑resolution, map‑based analytics for utility planners and renewable developers. The tool enables power‑flow scenario modeling, granular carbon‑intensity mapping, and automated site‑selection for solar and storage projects, with export compatibility to industry tools such as CYME and PSS/E.

San Francisco, United StatesFounded 2014493K+ followers
Updated 3 months ago

Funding

$21M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.

2OCCTL
Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Utilities and renewable developers lack granular, real-time visibility into how distributed energy resources and electrification will affect grid operations and carbon emissions, making it difficult to plan investments, manage stress, and meet decarbonization targets.

Solution

Kevala offers a cloud‑based platform that aggregates comprehensive grid, DER, and socioeconomic data to deliver high‑resolution analytics for grid planning. The system provides interactive map‑based visualizations, power‑flow scenario modeling, and precise locational carbon‑intensity calculations. Users can forecast the impacts of solar, storage, electric vehicles, and other DERs on the distribution network and evaluate non‑wires alternatives, rate structures, and fleet electrification. Integrated tools also enable rapid site‑siting for solar and storage projects by overlaying grid constraints and carbon metrics. Results can be shared across teams and exported to industry‑standard tools such as CYME, PSS/E, and OpenDSS, supporting collaborative decision‑making and regulatory reporting.

Target Audience

Primary customers are utility planners, transmission and distribution engineers, and renewable project developers who need detailed grid analytics to guide investment and siting decisions.

Features

  • Interactive map interface with real‑time grid data, DER adoption trends, and street‑level carbon intensity mapping
  • Power‑flow analysis and scenario modeling compatible with CYME, Synergi, PSS/E, and OpenDSS
  • Granular carbon accounting that pinpoints emissions at any location and time on the grid
  • Automated site‑selection tools for solar and storage projects, incorporating grid constraints and economic factors
  • Modules for integrated planning, including rate analysis, non‑wires alternatives, and fleet electrification studies
  • Collaboration features for tagging teammates, sharing scenarios, and visualizing impacts across physical, econometric, and environmental dimensions
  • Secure, SOC‑2‑type‑I compliant cloud infrastructure for data privacy and compliance
This profile is AI-generated and may contain inaccuracies.