Permitting and interconnection are widely regarded as the biggest bottlenecks in energy storage development. With thousands of MW waiting in queues worldwide, delays can cost developers and investors years of lost revenue.


Asteroid leverages AI-assisted workflows and a structured playbook to streamline every step of these processes. From environmental assessments and land-use permitting to interconnection studies and grid compliance, we ensure that projects move forward quickly and with fewer roadblocks.


Our AI agents analyze complex regulatory requirements and interconnection data to propose strategies that are often overlooked by human teams. This means we can predict interconnection constraints, simulate scenarios, and advise on the most feasible pathways to approval before problems arise.


The outcome: projects that advance to RTB status months faster, with greater certainty and fewer surprises along the way.

Unlock faster permitting & interconnection

Talk to us about how our AI-driven approach reduces delays and accelerates your path to RTB.

Close-up of a dark green leaf showing its textured surface and central vein against a muted background.
Smiling young woman with long hair standing against a dark green background, holding a finger to her chin.
Close-up of a dark green leaf showing its textured surface and central vein against a muted background.
A smiling woman with her arms crossed, standing against a dark green background. She has long, dark hair.
Close-up of a dark green leaf showing its textured surface and central vein against a muted background.
Smiling young man with short hair poses against a dark background, wearing a green button-up shirt.
Close-up of a tree stump showing growth rings and a textured brown wood surface.
A smiling young man with crossed arms, wearing a plaid shirt and white t-shirt, poses against a dark background.
Close-up of a tree stump showing growth rings and a textured brown wood surface.

Unlock faster permitting & interconnection

Talk to us about how our AI-driven approach reduces delays and accelerates your path to RTB.

Close-up of a dark green leaf showing its textured surface and central vein against a muted background.
Smiling young woman with long hair standing against a dark green background, holding a finger to her chin.
Close-up of a dark green leaf showing its textured surface and central vein against a muted background.
A smiling woman with her arms crossed, standing against a dark green background. She has long, dark hair.
Close-up of a dark green leaf showing its textured surface and central vein against a muted background.
Smiling young man with short hair poses against a dark background, wearing a green button-up shirt.
Close-up of a tree stump showing growth rings and a textured brown wood surface.
A smiling young man with crossed arms, wearing a plaid shirt and white t-shirt, poses against a dark background.
Close-up of a tree stump showing growth rings and a textured brown wood surface.

Unlock faster permitting & interconnection

Talk to us about how our AI-driven approach reduces delays and accelerates your path to RTB.

Close-up of a dark green leaf showing its textured surface and central vein against a muted background.
Smiling young woman with long hair standing against a dark green background, holding a finger to her chin.
Close-up of a dark green leaf showing its textured surface and central vein against a muted background.
A smiling woman with her arms crossed, standing against a dark green background. She has long, dark hair.
Close-up of a dark green leaf showing its textured surface and central vein against a muted background.
Smiling young man with short hair poses against a dark background, wearing a green button-up shirt.
Close-up of a tree stump showing growth rings and a textured brown wood surface.
A smiling young man with crossed arms, wearing a plaid shirt and white t-shirt, poses against a dark background.
Close-up of a tree stump showing growth rings and a textured brown wood surface.