Abstract grid flow background
Dispatchable, behind-the-meter, zero-export energy assets

Demand Response Without Curtailment

Turn every home and business into a dispatchable, behind-the-meter energy asset — without interconnection, without export, and without changing customer behavior.

Export
Zero
Never sends power to the grid
Response
0.1s
Real-time load matching
Interconnection
Not required
Deploy like infrastructure
Phases
1-phase & 3-phase
Residential and commercial

Category definition

CraftStrom is a new class of energy infrastructure: dispatchable, behind-the-meter assets that reduce grid demand by supplying load locally — without export and without curtailment. Deployable across residential single-phase and commercial three-phase environments.

Designed for
DR / VPP / Grid Services
Asset type
Behind-the-meter, zero-export
Deployment
Residential & Commercial

The problem

Demand response is still built on curtailment

Most demand response programs create capacity by turning things off: HVAC setbacks, water heater lockouts, appliance cycling, or behavioral prompts.

That approach works — until it hits reality: people notice. Comfort drops. Routines change. Opt-outs increase. And performance becomes hard to predict at scale.

For aggregators, the result is a familiar pattern: inconsistent participation, noisy baselines, and capacity that looks good on paper but degrades under real event conditions.

Turning loads off is the constraint

Curtailment is a customer experience problem first — and a capacity problem second.

Participation becomes the bottleneck

Scale demands repeatable behavior. Behavior is the least reliable part of the stack.

Baselines and persistence are fragile

When the asset is a person's comfort, your capacity is always conditional.

The shift

Load reduction through local supply

There's a cleaner way to reduce grid demand: supply the load locally, in real time, behind the meter.

Instead of asking customers to tolerate discomfort or change routines, the building becomes a dispatchable energy asset that offsets grid draw at the point of consumption.

The grid sees the same result as curtailment — lower net demand — but the customer experience stays unchanged.

Same outcome, different mechanism

Net grid demand drops, but the load stays on.

Behavior is removed from the control loop

Dispatchability comes from hardware response, not customer compliance.

Buildings become infrastructure

When supply is local and controlled, homes and businesses can be aggregated like capacity — not like a survey.

What CraftStrom is

A dispatchable energy asset — without export

CraftStrom is designed as energy infrastructure, not a consumer product. It creates dispatchable capacity by supplying load locally, behind the meter, in response to real-time demand.

The system is engineered to be zero export — it never sends power to the grid. That means it behaves like controllable load reduction from the grid's perspective, without triggering export-related interconnection complexity.

CraftStrom supports both single-phase residential and three-phase commercial environments, making it deployable across a wide range of building types — from homes to small and mid-size businesses.

  • Behind-the-meter energy system
  • Zero export (never sends power to grid)
  • Real-time load matching
  • Plug-and-play deployment
  • No interconnection required
  • Single-phase and three-phase capable
  • Residential and commercial deployment

Operational definition

Dispatchable, behind-the-meter, zero-export energy assets for residential and commercial buildings.

How it works

Supply the load locally — the grid only covers the remainder

The system is simple in concept: measure the building's load continuously, then supply power locally up to the exact demand. The grid only provides what's left.

CraftStrom uses a Smart PowerMeter to monitor load in real time. The control loop responds every 0.1 seconds to match supply to demand — without exporting power. This works across single-phase residential and three-phase commercial installations.

1
Measure
Smart PowerMeter monitors whole-building load continuously — single-phase or three-phase.
2
Respond
The system updates output every 0.1 seconds to track demand.
3
Offset
Local supply covers load up to demand; the grid supplies the remainder.
Real-time load matching (visual)
Building load
Demand (kW)
Continuously measured
CraftStrom supply
Local power (kW)
Responds every 0.1s
Grid remainder
Only what's needed
Grid supplies the balance
What the grid sees
Net demand reduction without turning loads off. No export. No interconnection dependency.

Why this matters for aggregators

Capacity that behaves like infrastructure

No customer behavior change
Capacity comes from real-time local supply, not comfort tradeoffs or app engagement.
Higher participation rates
When events don't feel like events, customers stay enrolled and performance persists.
More reliable capacity
Dispatchability is hardware-driven. Performance is less sensitive to baseline noise and opt-outs.
Faster scaling across building types
Deploy as infrastructure with a repeatable install path — residential single-phase or commercial three-phase — not as a behavior program.
No regulatory friction from export
Zero-export operation avoids the export interconnection and market constraints that slow rollout.
Aggregator takeaway

CraftStrom turns residential and commercial buildings into a dispatchable, behind-the-meter supply layer — so your DR/VPP stack can deliver capacity without asking customers to do anything differently.

Where it fits

Integration points across DR, VPP, and grid services

Demand response programs
Deliver event capacity as net load reduction without curtailment-driven customer friction.
Virtual power plants (VPP)
Add a behind-the-meter supply layer that reduces grid draw while remaining zero-export.
DER aggregation
Aggregate dispatchable assets across residential and commercial buildings that behave predictably under control.
Utility grid services
Support peak shaving and constrained feeders by reducing net demand at the edge.
Control surface
Dispatch signal → local supply output → net load reduction.
Measurement
Whole-building load monitoring provides clear, event-aligned telemetry across single-phase and three-phase systems.
Compliance posture
Zero export simplifies deployment in markets sensitive to interconnection and export rules.

Comparison

Traditional DR vs. CraftStrom

Traditional DR

Turn things off

Low participation over time

Unreliable event performance

Core limitation

Capacity is conditional on comfort, attention, and compliance.

CraftStrom

Supplies energy locally

No behavior change

Always-on dispatchability

Core advantage

Net demand reduction is delivered by controlled local supply, not customer sacrifice.

Partnership opportunity

Deploy CraftStrom as a new class of energy infrastructure

A demand response asset
Deploy CraftStrom capacity into existing DR portfolios as a non-curtailment resource — residential or commercial.
A VPP supply layer
Add behind-the-meter, zero-export local supply that reduces net demand under dispatch across building types.
A hardware integration partner
Integrate telemetry and dispatch interfaces to align with aggregator control, measurement, and settlement workflows.
What we align on

Dispatch interface, telemetry schema, performance definition, and a deployment pathway that scales. The goal is simple: add reliable megawatts without adding curtailment.

Designed for technical diligence
  • Zero-export operating envelope
  • 0.1s response loop
  • Whole-building measurement (1-phase and 3-phase)
  • Program fit: DR / VPP / grid services

Get started

Add Megawatts Without Adding Curtailment

CraftStrom is built for demand response aggregators, VPP operators, and grid services companies that need capacity to perform like infrastructure. If you are exploring program fit, telemetry, dispatch interfaces, or deployment pathways — let's talk.

Suggested agenda
  • Program type and market (DR / VPP / grid services)
  • Dispatch signal and response requirements
  • Measurement, telemetry, and performance definition
  • Deployment path and scaling model (residential and commercial)
Schedule a Technical Discussion

Share a few details and we will respond with next steps.

This form is for partnership and integration discussions (DR, VPP, DER aggregation, grid services).