Startup Private Equity Fund Builds Competitive Deal Flow with Novel Data Strategy

Marion Street Capital (“MSC”) helped a startup private equity firm create a unique, repeatable top-down deal sourcing strategy by leveraging DataOps to identify and prioritize 300+ potential platform acquisitions in the Northeastern U.S. standby generator industry.

Magnifying Glass

The Most Pressing Challenge

MSC helped its client solve several key challenges traditional middle-market private equity firms face when sourcing deals:

  • The “wait, not create” auction-style process where investment banks create competitive tension to inflate multiples on rosy projections

  • Deal origination in the current market requires casting a large net which is a challenge for smaller funds

  • Qualifying investable deals by specific firmwide investment criteria can be a strenuous process

How Marion Street Capital Solved the Most Pressing Challenge

This client approached MSC about its hypothesis on the standby power industry, but without a clear roadmap to identify and prioritize a potential platform acquisition and subsequent bolt-on acquisitions. MSC’s DataOps service helped this startup private equity firm leverage:

  • A universe of 300+ potential platform targets, including revenue and EBITDA estimate

  • Comparative transactions data, and insights into previous PE activity in the industry

  • Retrospective and forecasted demand metrics for standby power generation

  • Insights from industry experts, without engaging an expert network or recruiting firm

Dashboard Overlay

In this engagement, MSC delivered an interactive dashboard to overlay 300+ potential acquisition targets with their most attractive markets.

From the universe, the dashboard recommended the top 25 potential acquisition targets for next steps, by:

  • Identifying which targets fit the client’s target size (EBITDA) criteria

  • Excluding targets in highly competitive markets

  • Excluding targets in markets with weaker than average demand (retrospective & forecasted) for standby power generation