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Fuzz Energy Documentation

website·Indexed 32 days ago

https://docs.fuzz.energy

Developer documentation and installation guides for Fuzz Energy, featuring an API for managing charge points via OCPP, site health monitoring, and real-time asset data. Includes details on the Fuzz Local Controller edge device, webhook configurations for transaction events, and setup guides for compatible charge points such as Easee and Mennekes.

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What's inside Fuzz Energy

  1. Overview of Fuzz Energy platform capabilities

    Fuzz Energy is an open, scalable platform designed to connect, supervise, and control electrical equipment regardless of brand. It acts as an intelligent layer between physical equipment and the energy market, utilizing a combination of a local on-site controller and a cloud platform to ensure stability and energy optimization. Supported equipment includes charge points, photovoltaics (PV), batteries, and meters.

  2. Overview of Fuzz Energy product features

    Fuzz Energy provides a comprehensive suite of EV charging and energy management capabilities, including:

    • Smart Charging: Dynamic power distribution across charging stations.
    • Energy Optimization: Management based on energy pricing, battery storage, and photovoltaic (PV) generation.
    • Access Control & Multi-CPO: Support for whitelists, badge-based priorities, and multiple Charge Point Operators (CPOs).
    • Supervision & Alerting: Real-time monitoring and automated remediation.
    • Data Ownership: Data export capabilities via webhooks, workflows, and APIs.
    • Partner Integrations: A connected ecosystem of third-party platforms.
    • Hardware Agnosticism: Support for multi-brand hardware using open standards like OCPP and Modbus to prevent vendor lock-in.
    • Fuzz Console: A centralized management interface for controlling the system.

  3. Overview of Fuzz Energy core features

    Fuzz Energy provides a suite of capabilities for managing EV charging and energy infrastructure, including:

    • Intelligent Smart Charging: Dynamic power distribution across charge points.
    • Energy Optimization: Price-driven control integrating batteries and photovoltaics.
    • Access Control & Multi-CPO: Management of whitelists, badge priorities, and support for multiple operators.
    • Supervision & Alerts: Real-time monitoring and automated remediation.
    • Data Openness: Tools for data export, webhooks, workflows, and API access.
    • Partner Integrations: A connected ecosystem of third-party platforms.
    • Multi-brand Hardware Support: Open compatibility via OCPP and Modbus to prevent vendor lock-in.
    • Fuzz Console: The primary user control interface.

  4. Overview of the Fuzz Energy platform

    Fuzz Energy is an open platform designed to connect, monitor, and control electrical equipment including charging stations, photovoltaics, batteries, and meters. It acts as an intelligent layer between on-site equipment and the energy market, utilizing a combination of a local on-site controller and a cloud platform to ensure stability, advanced supervision, and energy optimization.

  5. Understand the Fuzz system architecture

    Fuzz uses a three-part architecture to manage energy distribution without requiring hardware replacement:

    1. Local Controller: A DIN rail industrial computer installed on-site that connects to equipment (OCPP charge points, Modbus meters, inverters, batteries) and manages power distribution in real-time. It operates independently of internet connectivity to ensure installation protection.
    2. Cloud Platform: A secure outbound encrypted connection that centralizes multi-site configuration, energy data history, proactive supervision, and remote maintenance.
    3. Web Console: A browser-based interface (console.fuzz.energy) for real-time dashboards, electrical topology visualization, data analysis, and user management.

  6. Monitor energy flows with the Multi-energy dashboard

    The Multi-energy dashboard provides a summary view of all sites and energy flows, allowing users to track overall and detailed electricity consumption, photovoltaic production, battery charge/discharge cycles, and vehicle charging activity.

  7. Understand Fuzz smart charging real-time power distribution

    Fuzz smart charging is a real-time engine that runs locally on a site's controller to distribute available power across charge points without exceeding grid connection limits. Every second, the engine performs a four-step cycle: 1) Measures actual currents on each phase, 2) Computes available power within connection limits, 3) Distributes power based on configured rules, and 4) Sends setpoints to charge points instantly.

  8. Monitor energy consumption and production with the Mesurer pack

    The Mesurer pack provides real-time visibility into energy usage across multiple sites and equipment. It allows users to track global and detailed electrical consumption, photovoltaic production, battery charge/discharge cycles, and electric vehicle charging activity.

  9. Understand Smart Charging and the Rule Engine

    Smart Charging is a real-time algorithm that dynamically distributes available power among Charge Points to prevent overloads. It considers electrical topology, meter current measurements, photovoltaic and battery production, and consumption limits. The Rule Engine implements this logic, executing rules in a specific order to calculate available current, manage rebalancing, and apply production strategies.

  11. Understand how Fuzz smart charging manages power distribution

    Fuzz smart charging is a real-time engine running on a local site controller. It prevents electrical connection overloads by performing a four-step cycle every second: measuring actual currents on each phase, calculating available power within connection limits, distributing power based on configured rules, and sending instant commands to charging stations.