About Virtual Peaker
Virtual Peaker is a demand response management software from Virtual Peaker that changes utility operations with AI-driven virtual power plant technology. It provides platform capabilities, grid-edge DERMS, customer engagement, and forecasting so utilities can efficiently manage distributed energy resources (DER). This software supports utilities in effectively engaging customers, improving energy distribution, and predicting energy demands with actionable insights. Virtual Peaker's technology enables better integration of renewable resources and improves overall energy reliability. Key capabilities: platform grid-edge DERMS customer engagement forecasting Best for: utility companies that need efficient demand response and DER management solutions.
Virtual Peaker is a comprehensive distributed energy resource management platform (DERMS) designed to help utilities and energy providers harness the power of virtual power plants (VPPs). By integrating artificial intelligence, automation, and advanced analytics, Virtual Peaker enables utilities to connect, monitor, and control distributed energy resources (DERs) such as thermostats, electric vehicles, water heaters, and batteries from a single, unified dashboard. The platform enhances demand response (DR) programs, optimizes energy loads, and improves grid stability by predicting and managing energy consumption patterns in real time. Its core functionality revolves around three intelligent suites: Shift, which manages DERMS and load control; Relay, which focuses on customer engagement and incentive management; and Envision, which offers predictive demand forecasting to ensure reliable energy distribution. Virtual Peaker’s seamless API integrations and interoperability with various smart devices empower utilities to build scalable, efficient, and customer-centric energy programs. It is a cloud-based, AI-driven solution trusted by cooperatives, municipal utilities, and investor-owned utilities worldwide to reduce costs, manage peak loads, and ensure a sustainable, future-ready energy grid.
Pros & Cons
- Enhances grid efficiency using advanced AI-based automated load control technology effectively.
- Simplifies customer engagement and participation through intuitive digital interaction platforms.
- Integrates seamlessly with a wide range of smart energy devices.
- Reduces overall energy costs while minimizing grid peak load stress efficiently.
- Offers scalable, cloud-based infrastructure ideal for growing utility operations globally.
- Requires reliable internet connectivity to ensure consistent device communication performance.
- May involve complex integration challenges when connecting older legacy utility systems.
- Training is required for non-technical teams to ensure effective usage.
- Dependent on third-party device compatibility, limiting flexibility across different vendors.
Features
Key features
Enables real-time monitoring and control of distributed energy assets to balance grid load and optimize energy efficiency.
Uses AI to intelligently aggregate and dispatch distributed resources to meet grid demands and create predictable load shapes.
Automates demand response events, reducing peak load and improving grid reliability with minimal manual intervention.
Enhances customer participation through personalized communications, reward systems, and engagement campaigns.
Predicts energy demand using data-driven models, allowing utilities to make informed purchasing and operational decisions.
Allows utilities to customize dispatch rules based on location, device type, or customer group for maximum efficiency.
Connects seamlessly with smart home devices and utility systems to create a unified energy management ecosystem.
Additional features
Real-time visibility into distributed energy assets for optimal load management.
AI-powered coordination of distributed devices to deliver aggregate load control.
Streamlined planning and automated execution of DR events.
Centralized platform for tracking, approving, and processing customer rewards.
Predictive models that forecast load requirements for energy planning.
Compatibility with leading smart devices like thermostats, EV chargers, and water heaters.
Tools for creating, managing, and scaling demand response programs.
Enables customer-owned smart devices to participate in utility programs.
Provides insights into performance metrics, energy savings, and customer engagement.
Pricing
Countries & Languages
Interface languages
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About Virtual Peaker
Virtual Peaker is a demand response management software from Virtual Peaker that changes utility operations with AI-driven virtual power plant technology. It provides platform capabilities, grid-edge DERMS, customer engagement, and forecasting so utilities can efficiently manage distributed energy resources (DER). This software supports utilities in effectively engaging customers, improving energy distribution, and predicting energy demands with actionable insights. Virtual Peaker's technology enables better integration of renewable resources and improves overall energy reliability. Key capabilities: platform grid-edge DERMS customer engagement forecasting Best for: utility companies that need efficient demand response and DER management solutions.
Virtual Peaker Details
Virtual Peaker's In-App Market Place
Does Virtual Peaker have an in-app market place?
Yes
How many Mini-Apps in the marketplace?
1
Mini Apps
NA
Pricing Options
Accepted Payment Currencies
USD ($), EUR (€), GBP (£), AUD ($), CAD ($), CNY (¥), JPY (¥), CHF (CHF), SEK (kr), SGD ($), INR (₹), KRW (₩), RUB (₽), HKD ($), BTC (฿), ETH (Ξ)
Pros & Cons
- Enhances grid efficiency using advanced AI-based automated load control technology effectively.
- Simplifies customer engagement and participation through intuitive digital interaction platforms.
- Integrates seamlessly with a wide range of smart energy devices.
- Reduces overall energy costs while minimizing grid peak load stress efficiently.
- Offers scalable, cloud-based infrastructure ideal for growing utility operations globally.
- Requires reliable internet connectivity to ensure consistent device communication performance.
- May involve complex integration challenges when connecting older legacy utility systems.
- Training is required for non-technical teams to ensure effective usage.
- Dependent on third-party device compatibility, limiting flexibility across different vendors.
Virtual Peaker's Support Options
Email Address
support@virtual-peaker.comContact
(502) 694-9004Virtual Peaker's Alternatives
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