Amp X
Legacy distributed-energy platforms now within Grid AI
WeaveGrid coordinates connected EVs, batteries and flexible loads around distribution-network constraints through its DISCO software platform.
WeaveGrid develops software that coordinates customer energy resources with the constraints of the electricity network. Its utility offering includes managed EV charging, bulk-system optimisation and distribution-level orchestration. The distinction is location: moving consumption away from a system peak does not automatically solve an overloaded neighbourhood transformer.
The DISCO platform expansion announced in January 2026 extended the platform beyond EVs to batteries and other flexible resources. DISCO now stands for Distribution-Integrated System Capacity Orchestration. Earlier material uses Smart Charging in the name, reflecting the platform's initial EV focus rather than a separate current product.
DISCO acts as a utility-facing dispatch and reporting layer for participating customer devices. It connects grid needs with the operating requirements of the enrolled assets. For an EV, this includes the driver's charging needs; for a commercial site, it also involves the site's electrical and operational constraints.
The PowerFlex partnership illustrates that division of work. WeaveGrid translates utility constraints into dispatch instructions, while PowerFlex uses its site-level charging management to distribute available power across chargers. This lets a utility programme reach commercial charging infrastructure without assuming that WeaveGrid supplies the chargers or directly replaces all of the site's existing control software.
WeaveGrid announced CSIP certification for its IEEE 2030.5 Aggregator Client in September 2026. This is the communications layer between DISCO and utility Grid DERMS platforms. The company explicitly distinguishes standards-conformant communications from its device-optimisation logic: a protocol defines the exchange, not the scheduling algorithm.
Connections to assets use authorised OEM and device integrations. The GM Energy announcement also separates current vehicle-to-home capability from future grid-export opportunities. Participation depends on eligible equipment, a suitable interconnection and an available utility programme; bidirectional capability in a vehicle does not itself establish a working vehicle-to-grid service.
The PG&E driver programme is a concrete route through which eligible customers can participate in managed charging. Its scope is determined by the utility programme and supported vehicle or charger, rather than a consumer buying a general-purpose WeaveGrid hardware box. The software coordinates charging around customer needs and programme objectives.
At larger sites, the PowerFlex collaboration extends the approach to commercial charging and other site resources. The GM Energy collaboration includes residential energy resources as well as EVs. Together these show different integration routes into the same utility-facing orchestration layer, with the participating partner retaining its own equipment and customer-service role.
WeaveGrid was founded in 2018 and is headquartered in San Francisco, according to its official company profile, linked from its website. The company page names Apoorv Bhargava as CEO and co-founder and John Taggart as president and co-founder. Their published backgrounds span utilities, energy software and automotive technology.
That combination is reflected in the business: WeaveGrid connects utility operations with automaker and device ecosystems instead of treating them as separate markets. Its 2026 platform announcement describes the move from managed EV charging to a wider set of distributed resources. The core focus remains the relationship between customer flexibility and the network capacity available at particular locations.
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This profile does not imply a commercial relationship with WeaveGrid and may contain inaccuracies.