Addviseo: How to optimize your company’s energy management?

/* Comparateur interactif pour l’article : «Addviseo : comment optimiser la gestion énergétique de votre entreprise ?» Critères évalués : – Economies de coûts – Conformité réglementaire – Facilité d’installation – Intégration technologique – Support continu Fonctionnalités : – Tri accessible par colonne fournisseur – Filtrage pour afficher avantages/inconvénients – Design responsive avec TailwindCSS en CDN – Texte en français, facilement modifiable – Pas d’API externe (données statiques intégrées) – Respect accessibilité (aria, keyboard) Note : On pourrait enrichir ce tableau avec une API publique gratuite, par exemple pour récupérer les tendances énergétiques, mais ici on reste autonome pour garantir performance et simplicité. */ // Données des fournisseurs pour 2025 const dataComparaison = [ { critere: ‘Économies de coûts’, fournisseurs: [ {nom: ‘Addviseo’, score: 9, description_avantages: ‘Réduction moyenne des coûts de 15%’, description_inconvenients: ‘Investissement initial parfois élevé’}, {nom: ‘EDF’, score: 7, description_avantages: ‘Tarifs avantageux sur l’énergie verte’, description_inconvenients: ‘Offres parfois rigides’}, {nom: ‘Engie’, score: 8, description_avantages: ‘Programmes d’aides aux économies’, description_inconvenients: ‘Support client variable’}, {nom: ‘Autres solutions’, score: 6, description_avantages: ‘Alternatives locales compétitives’, description_inconvenients: ‘Moins de garanties à long terme’} ] }, { critere: ‘Conformité réglementaire’, fournisseurs: [ {nom: ‘Addviseo’, score: 10, description_avantages: ‘Mise à jour automatique des normes’, description_inconvenients: ‘Complexité pour PME’}, {nom: ‘EDF’, score: 8, description_avantages: ‘Conseil réglementaire dédié’, description_inconvenients: ‘Conseil souvent payant’}, {nom: ‘Engie’, score: 7, description_avantages: ‘Formation en ligne gratuite’, description_inconvenients: ‘Mise à jour moins rapide’}, {nom: ‘Autres solutions’, score: 5, description_avantages: ‘Flexibilité dans certains secteurs’, description_inconvenients: ‘Support limité en juridiques’} ] }, { critere: ‘Facilité d’installation’, fournisseurs: [ {nom: ‘Addviseo’, score: 8, description_avantages: ‘Processus rapide et documenté’, description_inconvenients: ‘Nécessite formation correcte’}, {nom: ‘EDF’, score: 6, description_avantages: ‘Réseau d’installateurs partenaires’, description_inconvenients: ‘Délais parfois longs’}, {nom: ‘Engie’, score: 7, description_avantages: ‘Installation sur site avec suivi’, description_inconvenients: ‘Coût variable’}, {nom: ‘Autres solutions’, score: 6, description_avantages: ‘Solutions modulaires’, description_inconvenients: ‘Moins de support technique’} ] }, { critere: ‘Intégration technologique’, fournisseurs: [ {nom: ‘Addviseo’, score: 9, description_avantages: ‘Plateforme compatible IoT et IA’, description_inconvenients: ‘Nécessite infrastructures modernes’}, {nom: ‘EDF’, score: 7, description_avantages: ‘Application mobile intuitive’, description_inconvenients: ‘Personnalisation limitée’}, {nom: ‘Engie’, score: 8, description_avantages: ‘Solutions connectées multi-sites’, description_inconvenients: ‘Interface parfois complexe’}, {nom: ‘Autres solutions’, score: 6, description_avantages: ‘Intégration via API open source’, description_inconvenients: ‘Moins de compatibilités éprouvées’} ] }, { critere: ‘Support continu’, fournisseurs: [ {nom: ‘Addviseo’, score: 9, description_avantages: ‘SAV disponible 7j/7’, description_inconvenients: ‘Support premium payant’}, {nom: ‘EDF’, score: 8, description_avantages: ‘Hotline disponible et FAQ’, description_inconvenients: ‘Temps d’attente variable’}, {nom: ‘Engie’, score: 7, description_avantages: ‘Formation continue offerte’, description_inconvenients: ‘Support local variable’}, {nom: ‘Autres solutions’, score: 5, description_avantages: ‘Support par communauté’, description_inconvenients: ‘Pas d’assistance personnalisée’} ] } ]; // Texte affiché en français et facilement modifiable const textes = { titre: “Comparateur interactif des solutions de gestion énergétique – 2025”, description: “Comparez les principaux fournisseurs pour optimiser la gestion énergétique de votre entreprise.”, avantages: “Voir les avantages les plus forts”, inconvenients: “Voir les inconvénients”, triColonnes: “Trier par fournisseur “, tableauLabel: “Tableau comparatif de solutions de gestion énergétique” }; const comparaisonBody = document.getElementById(‘comparison-body’); const filterCheckboxes = document.querySelectorAll(‘.filter-toggle’); let filtreAvantages = true; let filtreInconvenients = true; // Fonction pour créer une cellule avec contenu avantage / inconvénient, affichage conditionnel function creerCellule(fournisseurData) { const td = document.createElement(‘td’); td.className = “border border-gray-300 p-3 align-top max-w-[180px]”; // Contenu structuré // Affiche avantage / score et éventuellement inconvénient si coché const contAvantage = document.createElement(‘p’); contAvantage.className = “font-semibold text-green-700”; contAvantage.textContent = `Avantages : ${fournisseurData.description_avantages}`; const contScore = document.createElement(‘p’); contScore.className = “text-sm font-mono text-center my-1”; contScore.setAttribute(‘aria-label’, `Score ${fournisseurData.score} sur 10`); contScore.textContent = `${‘★’.repeat(fournisseurData.score)}${‘☆’.repeat(10 – fournisseurData.score)}`; td.appendChild(contAvantage); td.appendChild(contScore); if(filtreInconvenients){ const contInconvenient = document.createElement(‘p’); contInconvenient.className = “text-red-700 text-sm mt-2 italic”; contInconvenient.textContent = `Inconvénients : ${fournisseurData.description_inconvenients}`; td.appendChild(contInconvenient); } return td; } // Fonction pour rendre le tableau (tbody) selon les filtres courant function rendreTableau() { comparaisonBody.innerHTML = ”; // clear dataComparaison.forEach(row => { const tr = document.createElement(‘tr’); tr.className = “hover:bg-green-50”; // Critère premier cell const th = document.createElement(‘th’); th.scope = “row”; th.className = “border border-gray-300 p-3 bg-green-50 font-medium sticky left-0″; th.textContent = row.critere; tr.appendChild(th); // Colonnes fournisseurs row.fournisseurs.forEach(fournisseurData => { if(filtreAvantages && filtreInconvenients){ // rien à filtrer => affiche tout tr.appendChild(creerCellule(fournisseurData)); } else if(filtreAvantages && !filtreInconvenients){ // qu’avantages affichés => on masque le paragraphe inconvénient dans la cellule const td = creerCellule({…fournisseurData, description_inconvenients: ”}); tr.appendChild(td); } else if(!filtreAvantages && filtreInconvenients){ // que inconvénients, masque avantage et score const td = document.createElement(‘td’); td.className = “border border-gray-300 p-3 align-top max-w-[180px]”; const pInconvenient = document.createElement(‘p’); pInconvenient.className = “text-red-700 text-sm italic”; pInconvenient.textContent = `Inconvénients : ${fournisseurData.description_inconvenients}`; td.appendChild(pInconvenient); tr.appendChild(td); } else { // ni avantage ni inconvénient : cellule vide tr.appendChild(document.createElement(‘td’)); } }); comparaisonBody.appendChild(tr); }); } // Tri des colonnes par score (asc / desc / none) const headers = document.querySelectorAll(‘thead th[data-sort=”fournisseur”]’); let triColonne = null; // index de colonne 1 à 4 let triAsc = true; function trierColonne(colIndex){ if(triColonne === colIndex){ triAsc = !triAsc; // bascule ordre } else { triColonne = colIndex; triAsc = true; } dataComparaison.forEach(row => { row.fournisseurs.sort((a,b) => { // On tri seulement les fournisseurs à l’intérieur d’un critère ? Non: tri par score dans la colonne demandée // Ici on trie lignes entières, donc on tri les lignes par score du fournisseur dans la colonne choisie // DEMANDE: On ne trie PAS les fournisseurs à l’intérieur d’une ligne, on trie les lignes en fonction du score du fournisseur return 0; }); }); // En fait on doit trier les critères en fonction du score de la colonne demandée dataComparaison.sort((a,b) => { const scoreA = a.fournisseurs[colIndex -1]?.score || 0; const scoreB = b.fournisseurs[colIndex -1]?.score || 0; return triAsc ? scoreA – scoreB : scoreB – scoreA; }); // Mise à jour aria-sort & style headers.forEach((th,i) => { const col = i+1; if(col === colIndex){ th.setAttribute(‘aria-sort’, triAsc ? ‘ascending’ : ‘descending’); th.classList.add(‘bg-green-200’); } else { th.setAttribute(‘aria-sort’, ‘none’); th.classList.remove(‘bg-green-200’); } }); rendreTableau(); } // Événements : Tri avec click ou touche Entrée headers.forEach((th,i) => { th.addEventListener(‘click’, () => trierColonne(i+1)); th.addEventListener(‘keydown’, e => { if(e.key === ‘Enter’ || e.key === ‘ ‘) { e.preventDefault(); trierColonne(i+1); } }); }); // Événement : filtre avantages / inconvénients filterCheckboxes.forEach(checkbox => { checkbox.addEventListener(‘change’, e => { if(e.target.dataset.filter === ‘avantages’) filtreAvantages = e.target.checked; if(e.target.dataset.filter === ‘inconvenients’) filtreInconvenients = e.target.checked; rendreTableau(); }); }); // Initialisation du tableau rendreTableau(); /* ÉVENTUELLE API gratuite pour enrichir (exemple non utilisé ici) : API publique de consommation énergétique : Open Energy Stats (https://openenergystats.com/) – Exemple d’URL : https://api.openenergystats.com/v1/data?country=FR&year=2025 – Response (extrait) : { “country”: “FR”, “year”: 2025, “total_consumption_MWh”: 450000000, “renewable_percentage”: 40, “peak_load_MW”: 65000 } Ici, nous utilisons uniquement des données statiques pour garantir la performance, la disponibilité et la simplicité d’intégration. */

Understand the challenges of energy management in your company with Addviseo

In a rapidly changing economic and environmental context, optimizing your company’s energy management is more essential than ever. In 2025, the challenges of controlling energy costs, complying with regulations such as the tertiary decree, and reducing carbon emissions are emerging as strategic priorities. Addviseo, a recognized player in this field, offers an innovative platform that adapts to these complex developments by allowing companies to precisely manage their consumption. The context for French businesses is marked by unstable energy prices, combined with stricter regulatory requirements. For commercial buildings, often singled out for their inefficient consumption, the challenge is twofold: reducing costs while complying with strict standards. Addviseo, through its smart energy management solution, meets these needs through automated data collection, real-time monitoring, and precise assessment of the energy impacts of changes in the company.

This system is particularly useful for identifying energy-intensive equipment and anticipating its needs. For example, an industrial company can detect that its air conditioning system is operating at suboptimal times and adjust its programming through Addviseo, generating immediate savings. The data collected also facilitates preparation for energy audits and communication with regulators, simplifying the compliance process and planning for potential renovations. Thus, a detailed understanding of your energy flows paves the way for efficient and sustainable management.

Discover how to optimize your company’s energy management to reduce costs, improve performance, and adopt an eco-responsible approach thanks to efficient and innovative solutions.

The Addviseo platform leverages advanced technologies to offer comprehensive and efficient energy management. Connected to the existing systems of buildings and industrial facilities, it integrates IoT sensors that continuously collect precise data on electricity consumption, temperature, lighting, and equipment operation. This real-time collection makes it possible to anticipate consumption peaks and automatically adjust energy parameters.

A concrete example is that of a service company that integrated Addviseo into its heating and air conditioning system. By modulating room-by-room temperatures based on actual occupancy and time slots, user comfort is maximized while reducing energy bills by 15%. The ability to simulate the impact of a modification, such as replacing a refrigeration unit or installing eco-friendly LED bulbs, offers a strategic advantage for risk-free investment planning.

Smart control features also offer considerable time savings. By centralizing monitoring and control on a single web interface, managers can intervene quickly without physically traveling to the site. This type of tool is also becoming increasingly relevant with the growing requirements of the BACS decree, which mandates the implementation of automated control systems to reduce consumption by 2025.

Furthermore, Addviseo collaborates closely with prestigious technology partners such as Schneider Electric and Siemens to integrate the most efficient control solutions. This synergy ensures rapid installation, often without major construction work, as well as responsive preventive maintenance to ensure optimal long-term operation.

How EDF and its partners are supporting businesses’ energy transition

EDF, a major player in the energy transition, offers comprehensive support through its dedicated offerings to companies wishing to optimize their energy consumption. Among its flagship services, “Smart Building Management” perfectly illustrates this approach. Thanks to a turnkey installation including wireless equipment (boxes, thermostats, sensors), it allows energy usage to be controlled with great simplicity.

One of the major advantages of this solution is its ability to generate substantial savings on energy costs by optimizing equipment operation based on actual usage periods. This is perfectly illustrated in the case of the Ker Laouen nursing home in Morbihan. The facility’s managers chose this technology to ensure thermal comfort adapted to the specific needs of residents, room by room, while limiting consumption. This dual benefit—comfort and cost control—is made possible thanks to the synergy between smart systems and centralized management. Furthermore, EDF is committed to the quality and reliability of its installations throughout the contract, thanks to 24/7 customer service and proactive maintenance. This continuous monitoring helps prevent breakdowns, optimize equipment lifespan, and ensure regulatory compliance, particularly with tertiary decrees and BACS (Brevet de Constructions Industrielles).

EDF’s close relationship with its customers, particularly through its 1,200 advisors based in France, facilitates the customization of solutions according to the specific needs of each organization. By collaborating with other players such as Engie, Dalkia, and Veolia, EDF deploys an integrated approach that combines energy expertise, engineering, and technological innovations, thus fully contributing to the competitiveness and sustainability of French businesses.

Grants and financing to support your energy management with Addviseo and its partners

Investing in efficient energy management solutions can be expensive, but a wide range of financial aid is available to help ease this investment. Energy Savings Certificates (ESCs) are an important source of financing that allows companies to obtain incentives that can cover up to 30% of energy efficiency costs. TotalEnergies and Engie Solutions are actively involved in supporting businesses to optimize these systems.

In addition to ESCs, subsidies awarded by ADEME and regional authorities support innovation, renovation, and ecological technology deployment projects. This aid can be combined with European funding designed to accelerate the energy transition in local areas. A compelling example is that of an SME that received co-financing that enabled it to modernize its heating system in collaboration with Veolia, thereby increasing the energy performance of its premises while reducing its carbon footprint. Using experts such as Schneider Electric or Sauter Régulation during the consulting phase helps accurately size infrastructure and ensure regulatory compliance, maximizing return on investment. An energy broker, such as those associated with EDF Entreprises, can also optimally negotiate supply contracts to stabilize costs over the long term.

Thus, by combining public support, specialized expertise, and innovative technologies, energy management becomes accessible and profitable, strengthening companies’ competitiveness and environmental responsibility.

Major Technological Innovations Impacting Corporate Energy Management

Digital transformation is revolutionizing the way businesses manage their energy. Key advances include the widespread adoption of smart grids orchestrated by Enedis, facilitating precise flow management through a seamless interaction between renewable energy production and consumption. For example, a company integrating a local solar farm connected to its system managed by Addviseo successfully reduced its dependence on the main electricity grid, thereby lowering its costs and carbon footprint.

Advanced automation systems, enhanced by artificial intelligence developed by leaders such as Siemens and Schneider Electric, optimize HVAC system control by anticipating needs based on habits and environmental conditions. This technology significantly reduces energy waste while ensuring ideal comfort for occupants.

Predictive maintenance, thanks to IoT sensors deployed by companies such as Dalkia and Veolia, enables real-time monitoring of equipment status. Interventions are anticipated before a breakdown occurs, extending the lifespan of facilities and avoiding excessive energy consumption due to malfunctions.

In short, the emergence of intuitive digital platforms like Ewattch, combined with these innovations, provides companies with the means to achieve proactive, cost-effective, and environmentally friendly energy management. These tools are quickly becoming essential standards for addressing today’s energy challenges.