WeaveGrid Launches New Capabilities to Optimize Electric Grid Management
WeaveGrid, a prominent provider of grid orchestration software, has recently announced the expansion of its innovative platform known as DISCO (Distribution Integrated System Capacity Orchestration). This enhancement moves beyond managing EV charging and delves into orchestrating a more extensive array of flexible loads along with distributed energy resources (DERs). As the demand for electrification and electric vehicles (EVs) increases, electric utilities are grappling with unprecedented pressure on the distribution grid, often lacking clear insights until overloading occurs. Traditional planning methods are inadequate for addressing the localized risks posed by this modern demand. With DISCO, WeaveGrid introduces a progressive approach, focusing on device-level load flexibility managed directly at the grid's edge.
DISCO is designed to provide utilities with ongoing, hyper-local visibility into the total flexible capacity available and to automatically coordinate various behind-the-meter devices, such as electric vehicles and energy storage systems, to ensure that load remains within the limits imposed by existing assets. By facilitating a deeper integration with Original Equipment Manufacturers (OEMs) and maintaining authorized device connections, DISCO can adjust device operations to enhance grid reliability while managing costs effectively.
Moreover, this platform enables a significant upgrade from fragmented systems to a unified orchestration interface, allowing utility teams to manage and forecast aggregated load shaping across extensive megawatts. Comprehensive reporting and proven deployments back the capabilities of WeaveGrid's DISCO platform, which has already shown success in managing distribution orchestration programs across numerous utilities in the United States.
Apoorv Bhargava, co-founder and CEO of WeaveGrid, underscores the potential of DISCO by stating, "By orchestrating EVs at scale and managing hundreds of megawatts of existing load, we have developed a nuanced understanding of flexibility dynamics on the grid. DISCO establishes a new orchestration layer for utilities, offering a consolidated view for overseeing all flexible assets while unlocking additional grid capacity."
One of the standout features of DISCO is its ability to improve grid capacity without hastening expensive grid upgrades. By smoothing out load peaks as they manifest, DISCO allows utilities to coordinate distributed energy resources with high precision, manage load growth sustainably without sacrificing reliability, and potentially defer or completely avoid costly upgrades. This technology also contributes to more affordable electricity by maximizing the efficient usage of existing infrastructure.
As a result, utilities can experience a measurable increase in dispatchable capacity, fostering a more dependable and cost-efficient electric grid. WeaveGrid will be presenting the DISCO platform at DistribuTECH 2026, showcasing live demonstrations and real-world use cases that illustrate how orchestrated device-level load flexibility is transforming the operational and planning strategies of modern electric utilities.
In conclusion, WeaveGrid's launch of enhanced capabilities for the DISCO platform marks a crucial advancement in electric grid management, setting a new standard for utilities struggling under the weight of rising demand while ensuring reliability and cost-effectiveness. As the electric grid faces ongoing challenges, innovations like those from WeaveGrid are essential for paving the way toward a sustainable energy future.
DISCO is designed to provide utilities with ongoing, hyper-local visibility into the total flexible capacity available and to automatically coordinate various behind-the-meter devices, such as electric vehicles and energy storage systems, to ensure that load remains within the limits imposed by existing assets. By facilitating a deeper integration with Original Equipment Manufacturers (OEMs) and maintaining authorized device connections, DISCO can adjust device operations to enhance grid reliability while managing costs effectively.
Moreover, this platform enables a significant upgrade from fragmented systems to a unified orchestration interface, allowing utility teams to manage and forecast aggregated load shaping across extensive megawatts. Comprehensive reporting and proven deployments back the capabilities of WeaveGrid's DISCO platform, which has already shown success in managing distribution orchestration programs across numerous utilities in the United States.
Apoorv Bhargava, co-founder and CEO of WeaveGrid, underscores the potential of DISCO by stating, "By orchestrating EVs at scale and managing hundreds of megawatts of existing load, we have developed a nuanced understanding of flexibility dynamics on the grid. DISCO establishes a new orchestration layer for utilities, offering a consolidated view for overseeing all flexible assets while unlocking additional grid capacity."
One of the standout features of DISCO is its ability to improve grid capacity without hastening expensive grid upgrades. By smoothing out load peaks as they manifest, DISCO allows utilities to coordinate distributed energy resources with high precision, manage load growth sustainably without sacrificing reliability, and potentially defer or completely avoid costly upgrades. This technology also contributes to more affordable electricity by maximizing the efficient usage of existing infrastructure.
As a result, utilities can experience a measurable increase in dispatchable capacity, fostering a more dependable and cost-efficient electric grid. WeaveGrid will be presenting the DISCO platform at DistribuTECH 2026, showcasing live demonstrations and real-world use cases that illustrate how orchestrated device-level load flexibility is transforming the operational and planning strategies of modern electric utilities.
In conclusion, WeaveGrid's launch of enhanced capabilities for the DISCO platform marks a crucial advancement in electric grid management, setting a new standard for utilities struggling under the weight of rising demand while ensuring reliability and cost-effectiveness. As the electric grid faces ongoing challenges, innovations like those from WeaveGrid are essential for paving the way toward a sustainable energy future.
Topics Energy）
【About Using Articles】
You can freely use the title and article content by linking to the page where the article is posted.
※ Images cannot be used.
【About Links】
Links are free to use.