Energy Industry Glossary

Related terms: VPP, Value Stacking, MOS 350, AERA

E

Related terms: Cloud Computing, MOS 350, Edge OS, Execution Layer

Related terms: Edge Computing, MOS 350, Execution Layer

Related terms: DERMS, VPP, AERA, Execution Layer

Related terms: AERA, Execution Layer, VPP, Edge Computing

Related terms: Wholesale Market, Capacity Market, VPP, Time-of-Use

Related terms: AERA, MOS 350, VPP, DERMS, Edge Computing

F

Related terms: DERMS, VPP, AERA, Execution Layer

G

Related terms: VPP, Ancillary Services, Demand Response, DER

H

Hot-Swappable Logic

Hot-Swappable Optimization Logic allows VPP algorithms to be updated or replaced without downtime, device firmware changes, or site visits. In Molecule's AERA architecture, optimization logic is injected into MOS 350 gateways via the cloud and executed locally. If market conditions change (new tariff structure, new ancillary service program), you upload new logic-it takes effect immediately. If you want to switch from simple TOU optimization to sophisticated multi-program value stacking, you inject new algorithms without touching device firmware. Hot-swappable logic is critical for VPPs that need to adapt as programs evolve. It's also why OEMs choose Molecule: they don't rebuild firmware for every market program-they inject new logic into the execution layer.

Source: Hot-Swappable Optimization Logic

Related terms: AERA, MOS 350, Execution Layer, Edge Computing

I

Related terms: AERA, MOS 350, Execution Layer

M

Related terms: OCPP, API, Protocol-Agnostic, MOS 350

Related terms: Edge OS, Execution Layer, AERA, Protocol-Agnostic

O

Related terms: Modbus, API, EV Charger, Protocol-Agnostic

P

Related terms: Demand Response, Resource Adequacy, Telemetry, VPP

Related terms: Modbus, OCPP, API, MOS 350, Execution Layer

R

T

Related terms: Pay-for-Performance, MOS 350, VPP, Real-Time

Related terms: Energy Market, Value Stacking, DER

V

Value Stacking

Value Stacking is the practice of optimizing a battery or DER fleet across multiple revenue streams simultaneously to maximize total earnings. Instead of enrolling in a single program (like time-of-use arbitrage), value stacking coordinates participation in demand response, resource adequacy, wholesale energy markets, clean peak optimization, and demand charge management-all at once. Example: a battery charges during off-peak hours (cheap electricity), holds charge to avoid demand peaks, discharges during on-peak TOU windows + high carbon intensity periods (maximizing TOU revenue + clean peak incentives), reserves capacity for DR events, and bids into wholesale markets during price spikes. DividendVPP delivers up to 2-4x more revenue through value stacking vs. single-program enrollment. Results depend on program mix, asset configuration, and deployment depth.

Source: Value Stacking