LikeWatt: Transforming Self-Consumption Projects with AI-Driven Solutions

LikeWatt offers an innovative solution for optimizing self-consumption projects through its AI-driven software. With tools like Optiwize Pro, energy professionals can quickly analyze real consumption data and simulate various scenarios to enhance project efficiency. This approach not only boosts sales and client trust but also simplifies the complexities of decentralized renewable energy systems. As a…

LikeWatt self-consumption optimization

About the LikeWatt Project

LikeWatt is an innovative solution designed to boost sales for developers, installers, study offices, and salespeople. This project revolves around a pre-sale study software that reveals the profitability of optimized self-consumption projects in just two clicks—thanks to the power of artificial intelligence. LikeWatt’s flagship products, Optiwize Pro and Optiwize Leads, are built as SaaS platforms that make the complex world of renewable and decentralized energy systems simple and accessible for both energy professionals and non-expert consumers. With a strong focus on using real consumption data, the solution automatically optimizes project sizing and generates customizable reports, making it a reliable tool for designing efficient projects. The tool is as dynamic as it is practical, perfectly aligning with the rapid pace of today’s energy market.

Main Benefit of the LikeWatt Solution

The benefits of using LikeWatt are numerous, emphasizing productivity, trust, and innovation. Among the key advantages are:

  • Boosted sales activity and enhanced client conversion rates
  • Solid proofs that help build and maintain client trust
  • Time savings during the study phase for teams
  • Adaptability to innovative markets such as energy storage, EV charging, and trackers
  • An all-in-one platform that integrates advanced AI and machine learning techniques to simplify complex energy projects

Self-Consumption Project Simulation Software

The core of the project is oriented around a self-consumption project simulation software known for being simple, fast, and reliable. This software—Optiwize Pro—enables users to study various scenarios of individual or collective self-consumption by collecting real consumption data with just a couple of clicks. It analyzes current building consumption and billing, configures multiple self-consumption scenarios, simulates the system, and even optimizes its sizing automatically. In this way, the system produces a comparative look at different project configurations, providing an intuitive and effective planning tool. The dynamic nature of the software makes it easier than ever for professionals to choose the best plan to meet specific needs.

This Is How It Works

The process begins with data collection. In merely two clicks, real data is gathered from the building, and then the software moves to analyze current consumption and billing information thoroughly. After that, different self-consumption scenarios are configured and simulated. The system then automatically optimizes the sizing of each project based on the exact specifics of the building. The comparisons between scenarios are made clear by customizable reports that can be generated quickly. It’s a streamlined process intended to demystify the complexities of designing and operating decentralized renewable energy systems, allowing professionals to focus on what truly matters: implementing cost-effective and sustainable energy solutions.

Innovative Integration of AI and Machine Learning

What sets LikeWatt apart is its integration of artificial intelligence and data-driven machine learning techniques. This advanced approach tackles the inherent complexity of decentralized renewable energy systems head on. By incorporating AI into the simulation software, LikeWatt transforms the daunting task of optimizing self-consumption projects into a user-friendly, efficient process. The use of machine learning ensures that each project is analyzed in detail, enabling the software to automatically adjust and optimize system sizing for maximum efficiency. It’s a natural fit for an industry that is as dynamic as it is competitive, helping energy professionals harness precision and speed in planning their projects… all while staying ahead in the evolving energy landscape.

Exploring Broader Energy Trends

LikeWatt’s offerings extend beyond individual project simulations. It empowers users to participate in some of the most innovative markets in the energy sector—such as energy storage, EV charging, and even energy trackers. The solution transforms energy project management by integrating the latest in renewable and decentralized energy resources (DER) technologies. These resources are key players in the ongoing global energy transition, and their combination with flexibility systems paves the way for revenue stacking on new energy markets. The project’s ability to make optimal design and operation easy and efficient, even for non-expert consumers, speaks volumes about its forward-thinking approach. Whether it is through a free demo or direct interaction via the website, the invitation to explore this cutting-edge solution is clear and compelling.

Project Impact and Sustainability Goals

  • SDG 7: Affordable and Clean Energy
  • SDG 9: Industry, Innovation, and Infrastructure
  • SDG 11: Sustainable Cities and Communities
  • SDG 13: Climate Action
  • SDG 17: Partnerships for the Goals

Connecting with Modern Energy Trends

Amid the complexities of modern energy systems, LikeWatt stands out as a crucial bridge linking innovative technology with real-world applications. The company supports the design and operation of decentralized renewable energy systems while addressing the challenges that come with integrating energy storage and other flexibility measures. Its status as a Deeptech, recognized by Bpifrance, is further solidified by its founding by entrepreneur Chady Kharrat—a former CTO of EDF Store and Forecast. Now, with over 100 subscribing companies and more than 500 professional users, LikeWatt’s impact reaches far and wide. This project not only optimizes self-consumption projects but also plays an influential role in the broader energy transition, helping shape a future where energy is more efficient, sustainable, and accessible. Ultimately, the call is clear: it’s time to optimize self-consumption projects and step confidently into a cleaner, more dynamic energy future.

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