Are you a DGenerate? How distributed generation is shaping the solar industry

<figure class="wp-block-image size-large"><img alt="Standard Solar is a DGenerate" class="wp-image-60286" height="467" src="https://solarbuildermag.com/wp-content/uploads/2026/07/Standard-Solar-Stonetree-Creative-3664-DGenerates-700x467.jpg" width="700" /></figure>

<p>Federal policy upheaval hasn&#8217;t slowed the distributed generation (DG) solar market — it&#8217;s accelerating it. In the cover story for the <a href="https://digital.solarbuildermag.com/q2-2026/page-34">Q2 2026 issue of <strong><em>Solar Builder</em></strong></a>, I spoke with industry leaders to unpack why the &#8220;middle market&#8221; of solar — too big for rooftop, too small for utility-scale — is becoming the industry&#8217;s most dynamic segment.</p>

<p>The recently passed safe-harbor deadline tied to the One Big Beautiful Bill Act (OBBBA) has compressed margins and stretched deal timelines from 60 days to 7-8 months as developers recalibrate expectations. Surging electricity demand — driven largely by data centers — is fueling deal flow despite the policy headwinds, with speed and scale becoming solar&#8217;s core competitive advantage over slower-to-build alternatives like natural gas.</p>

<p><strong>Featured sources:</strong> </p>

<ul class="wp-block-list">
<li>Megan Byrn, VP of business development at Standard Solar </li>

<li>Jon Powers, president of CleanCapital</li>

<li>Markus Virta, managing partner at Cascadia Renewables</li>
</ul>

<p>The article traces how DG&#8217;s definition has shifted — what once counted as &#8220;utility-scale&#8221; a decade ago (around 10 MW) now sits comfortably within DG&#8217;s typical range of a few hundred kilowatts to 30 MW. Standard Solar&#8217;s Byrn points to a fast-growing &#8220;orphaned&#8221; segment between 30-100 MW that&#8217;s outgrowing traditional DG categorization altogether.</p>

<h3 class="wp-block-heading" id="h-read-this-article-exclusively-in-the-q2-2026-issue-of-solar-builder"><a href="https://digital.solarbuildermag.com/q2-2026/page-34">Read this article exclusively in the Q2 2026 issue of Solar Builder. </a></h3>

<p>Virta provides a technical lens on grid constraints, framing the challenge as a &#8220;physics problem&#8221; involving both power (rate of delivery) and energy (quantity of delivery) limitations. He advocates for dynamic, locational pricing and warns that VPP aggregators may outpace utilities if they don&#8217;t modernize their own distributed energy resource management systems (DERMS).</p>

<p><strong>3 Key Takeaways:</strong></p>

<ol class="wp-block-list">
<li><strong>Market bifurcation is accelerating.</strong> DG is splitting into distinct sub-segments — traditional 1-30 MW projects and an emerging 30-100 MW &#8220;orphaned&#8221; tier — each with different capital and development needs.</li>

<li><strong>The post-ITC era demands recalibrated expectations.</strong> With the 48E tax credit safe-harbor deadline hitting July 2026, developers and financiers must align on thinner margins early, or risk elongated, inefficient deal cycles.</li>

<li><strong>Grid physics, not just policy, will shape DG&#8217;s future.</strong> Locational, dynamic pricing — and who builds it (utilities or VPP aggregators) — may determine how quickly distributed resources can be integrated to meet surging, non-coincident demand from data centers and electrification.</li>
</ol>

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<p><em><strong>Brad Kramer</strong> is editor of <strong>Solar Builder</strong>. He has reported on the energy industry since 2009, with a focus on renewables since 2022. </em></p>
<p>-- Solar Builder magazine</p>