HomeAssistant Victron Automation Setup

@MuhammadUzair16

Hi, I am an embedded systems engineer with over 16 years of experience. I have extensive experience with Linux, Raspberry Pi, Home Assistant, energy monitoring, battery systems, and reliable automation involving network-connected hardware. I can remotely install and validate the appropriate Victron integration, confirm that the required measurements and controls are exposed correctly, and create the two time-based operating modes. I will configure overnight charging to 80% with grid supply for the home, then daytime self-consumption with zero import/export targets and a 20% battery reserve. I will also test schedule transitions, restarts, unavailable-device handling, and safe fallback behaviour so the automation does not rely on timing alone. Before making changes, I would confirm the GX firmware version, ESS configuration, and whether MQTT or Modbus TCP is currently enabled. I can provide clear documentation of the settings and automations afterward, plus support with related firmware or energy-control improvements if needed. Please contact me to discuss details.

@hayat38402

Hi, how are you doing? I went through your project description and I can help you in your project. your project requirements perfectly match my expertise. We are a team of Electrical and Electronics engineers, we have successfully completed 1000+ Projects for multiple regular clients from OMAN, UK, USA, Australia, Canada, France, Germany, Lebanon and many other countries. We are providing our services in following areas:  Antenna Design (CST, HFSS)  Embedded C Programming.  VHDL/Verilog, Quartus/Vivado, LabVIEW/ Multisim/PSPICE/VLSI  MATLAB/SIMULINK  Network Simulator NS2/NS3  Microcontroller like Arduino, Raspberry Pi, FPGA, AVR, PIC, STM32 and ESP32.  IDEs like Keil MDK V5, ATmel studio and MPLab XC8.  PLCs / SCADA  PCB Designing Proteus, Eagle, KiCAD and Altium  IOT Technologies like Ethernet, GSM GPRS.  HTTP Restful APIs connection for IOT Communications. Also, we have good command over report writing, I can show you many samples of our previous reports. Kindly consider us for your project and text me so that we can further discuss specifically about your project's main goals and requirements.

@codeandcommand

Zigbee sensors, a Victron system that isn't a native integration, that's the fiddly part. I'd add the GX device over Modbus TCP or MQTT depending on what your Cerbo exposes, then build automations for battery state and load shedding across your floors. Can start today, working setup in 3 to 4 days. Budget and timeline here are starting points based on the post. Once I see your actual Victron setup we'll nail down the real numbers. Want me to send a quick scope doc so we can get moving?

@ahmadayaz

I will ensure seamless integration of Victron equipment and set up automated energy management actions within HomeAssistant, optimizing energy usage. This includes verifying Victron integration, configuring charging systems during off-peak hours using grid power, and utilizing battery power efficiently during peak hours to minimize grid dependency. The system will be designed for scalability and security, ensuring data privacy and integrity while enabling future upgrades. My expertise in IoT integration and energy management will guarantee a reliable and efficient system to meet your sustainability goals.

@Zack111Arya97

Hi, As a Master’s graduate in Automatics and Systems, I have successfully executed several migrations from SIMATIC S5 to S7. I understand the nuances of converting S5D source code into reliable, high-performance TIA Portal logic. My Execution Plan: ✅ Hardware Selection: I recommend the S7-1500 series for its superior diagnostic capabilities. I will provide a full BOM, including 1500-I/O modules and any necessary Front Connector adapters to minimize wiring time. ✅ Code Conversion: I will manually rewrite and optimize your .S5D logic (not just an automated conversion) to ensure Indirect Addressing and Timers function correctly in the S7 environment. ✅ HMI Modernization: Since the OP35 source is lost, I will design a new Comfort Panel (or Unified) interface from scratch, maintaining your current workflow while adding modern alarm logging and diagnostics. I am ready to review your .S5D files and photos to finalize the hardware list and start the migration. Best regards, Zakaria L.

@hassannaweed4

As an automation specialist, I have extensive experience in building complex and efficient systems similar to what you're seeking. HomeAssistant and Victron integration are well within my capabilities. After studying your project description meticulously, I'm confident that my in-depth familiarity with HomeAssistant, Raspberry Pi, Victron Easy Solar II GX, and various solar array setups will enable me to successfully deploy and streamline your new installation. Additionally, I'm adept at constructing time-based automations like the ones you've outlined for battery charging and grid power utilization. My past projects involved tasks such as optimizing energy consumption during specific time frames and prioritizing power sources, closely aligning with the context of your requisites. Moreover, my proficiency in open-source automation platforms like n8n and Zapier adds tremendous value to the types of workflows you wish to establish. Choosing me means hiring someone who won't just set up your system but also build a robust automation infrastructure that can easily evolve with your future needs. During our work together, communication will be key: from regular updates to openly discussing any challenges or tweaks needed to match your vision. Your satisfaction is my ultimate goal. Let's combine our efforts for a more efficient home energy system; optimizing for cost-savings while embracing solar power!

@Specgi

I am pleased to submit my proposal for your Home Assistant and Victron automation project. I can help configure a reliable and user-friendly system that integrates your Victron equipment with Home Assistant for centralized monitoring, control, and automation. I will focus on creating a stable setup that provides clear visibility of solar generation, battery status, energy consumption, grid availability, and other relevant system parameters. I can handle the required integration, entity configuration, dashboards, automations, alerts, and energy-management logic according to your specific requirements. This may include automated battery charging/discharging strategies, load management, notifications, scheduled actions, and monitoring of system performance. I will ensure the configuration is organized, dependable, and easy for you to manage or expand in the future. I am committed to delivering a clean and properly documented automation setup with thorough testing to ensure everything works reliably. I will communicate clearly throughout the project and troubleshoot any integration or configuration issues that arise. I would be happy to review your Victron devices, current Home Assistant setup, and desired automations and then implement a solution tailored specifically to your system.

@AndrewJSMAN

I’ve built Victron integrations in HomeAssistant before, so this is right in my wheelhouse. I’ll install the integration, verify connectivity, then configure two time-based automation rules: one for 23:00–06:00 (charge battery to 80%, allow grid import) and another for 06:00–23:00 (block grid import/export, enforce 20% battery minimum). I’ll use Victron’s API and HomeAssistant’s built-in automation tools, with validation steps for each phase. I can start immediately. Thanks, Andrii.

@FizzaNadeemK

Hi, I can help with this setup. I’m comfortable working with Home Assistant, Victron systems, Linux, and automation, and I understand the required day/night battery and grid-control logic. I can connect through the provided RustDesk VM, install and verify the Victron integration in Home Assistant, and configure the two automations according to your requirements. I’ll also test the resulting behavior carefully to make sure the battery limits, grid import/export, and charging logic work as intended. I’m available to start and can work through the existing fresh installation without making unnecessary changes.

@miguelcen64

Hello, keeping your Victron and HomeAssistant energy rules stable is really about making sure the battery, grid, and AC-coupled solar behave predictably across both time windows. I work regularly with Automation and Microcontroller, which fits closely with what you’re trying to accomplish. I’d start by reviewing your HomeAssistant setup, Victron integration, and the existing entities on the Raspberry Pi/RustDesk VM, then handle the integration check and the two automation actions in a structured way, testing battery charge thresholds, grid import/export behavior, and mode switching as I go rather than leaving validation until the end. The goal would be to deliver a reliable setup that is fresh, debris-free, and correctly controlled. I can begin immediately and should have this completed within 3 days. One thing I’d like to confirm before starting: should the automations use Victron GX entity states directly, or are you expecting MQTT/Modbus-based control paths? Best regards, Miguel

@emilesd617

Hi, I am a Home Assistant and automation developer with 8 years of rich experience in software development, with a strong background in Linux, energy monitoring, device integrations, and rule-based automation. I am familiar with Home Assistant, Raspberry Pi, Victron GX, MQTT, Modbus TCP, YAML automations, battery SOC controls, grid import/export logic, Linux, remote troubleshooting, and smart energy workflows. For your setup, I can install and verify the Victron integration in Home Assistant, map the required entities, and create the two time-based automations for overnight charging/grid use and daytime self-consumption with zero-import, zero-export, and 20% minimum battery protection. I'm an individual freelancer and can work on any time zone you want. Please contact me with the best time for you to have a quick chat. Thanks. Emile.

@Cruz1217

The biggest risk with a fresh Victron setup is that the battery voltage might drift during the night, causing the automation to trigger at the wrong time. I would start by installing the official Victron integration and then writing a script that locks the battery percentage to 80 percent during the night window. This prevents the system from draining the battery too low or charging it too high. A common mistake is relying solely on the time of day to switch modes, which can lead to grid power being used when the battery is actually empty. I will set up the automation to check the battery state before switching, so the system only pulls from the grid when it is safe to do so. You will get a stable setup that handles the solar array and AC inverters without fighting each other.

@alfatrade2

Blocking export from two AC-coupled 1kW inverters during 06:00-23:00 usually needs the zero-feed-in behaviour enabled in the GX's ESS assistant first, not just an HA automation - is that assistant already active on the Easy Solar II GX, or is SoC data not yet reaching Venus OS? I've built equipment-to-PC data exchange with feedback positioning for cutting-line automation, so wiring the 80%/20% SoC logic through Modbus into HA is familiar territory.

@Aaleen110

The Victron integration setup requires careful handling of discrete power state transitions. I will install the integration in HomeAssistant, verify its connection to the Victron Easy Solar II GX, and then configure the requested automation actions. I will use HomeAssistant's built-in scripting capabilities, targeting the entities exposed by the Victron integration. The automation will manage battery charging to 80% and grid usage from 23:00 to 06:00, and then prevent grid import, manage battery discharge below 20%, and prevent export from 06:00 to 23:00. What is the exact current firmware version running on the Victron Easy Solar II GX? Provide SSH access to the Linux virtual machine. I have a 5.0 rating across 10 reviews on here, and Preferred Freelancer status.

@razmiks2

Hi, I’ve built automation workflows that integrate external devices into Home Assistant using reliable state handling. You need Victron integration installed and verified, then two time-based actions that charge from 23:00-06:00 and switch to battery-only behavior from 06:00-23:00 with 20% cutoff, grid import/export controls, and safe checks. I’ll implement the configuration with tested triggers, conditions, and fallback rules. I’ve delivered similar home-energy automation setups with dependable, reset-safe configuration.

@SidUSA

Hi, Quantum Code Solutions is available to transform your Victron solar and battery setup into a fully automated HomeAssistant control system. The core of a high-end Victron integration lies in establishing reliable Modbus TCP communication and creating precise automation scripts to govern charge and grid usage schedules cleanly. We plan to configure the native Victron GX integration, verify real-time data flow, and structure the exact time-based actions you need to enforce your grid import, export, and battery reserve thresholds seamlessly. Recently, our team delivered a customized HomeAssistant and energy management automation setup for a multi-inverter solar deployment. We configured Modbus registers for real-time monitoring, resolved dynamic battery charging schedule logic, and built fail-safe grid management automations across variable time windows. Our work ensured strict battery protection rules while automating grid consumption to optimize energy efficiency. Let's discuss in more detail now. Reach out to initiate a conversation! Best regards, Quantum Code Solutions

@TeraByte26

Hi Alan, I will install and verify the Victron integration in your HomeAssistant and create two automations: 23:00‑06:00 charge battery to 80% using grid, 06:00‑23:00 run home from battery, block grid import/export and keep SOC above 20%. I can deliver this within 48 hours for $150. I can start right away—shall I begin? Waiting for your response in chat! Best Regards.

@joshuajsaunders

I can provide a free consultation to discuss your HomeAssistant Victron setup. Would you be interested in exploring how we can optimize your system? One specific risk here is misconfiguring the Victron integration. If it's not set up correctly, you could face unnecessary grid reliance or battery depletion. This could lead to increased costs and inefficiencies. I'd start by thoroughly checking the integration and the automation actions you want. This ensures your battery management is seamless and aligned with your power needs. I've worked on similar setups before, often revising automations as part of my process to ensure they function perfectly. What’s the timeline for this project? Do you have any specific preferences for the automation triggers?

@RobertBehrmannJr

You've got a clean HA install, Victron ESS already talking to the battery, and two clear ESS mode schedules to implement — this is exactly the kind of setup I self-host on Raspberry Pi regularly. I'll remote in via your RustDesk VM, install and configure the Victron (VRM/local MQTT) integration, verify the GX device is exposing the right entities, then build the two time-based automations: night mode (23:00–06:00) forcing ESS to grid-charge to 80%, and day mode (06:00–23:00) setting minimum SOC to 20%, disabling grid import, and capping export by routing excess to battery charge. I'll test both schedules live and leave you with a short written note explaining what was built so you can tweak it yourself. Is the GX unit accessible on the local LAN directly (local MQTT/Modbus) or only through VRM cloud, and do you know which ESS mode is currently active on the Victron?