Advanced Renewable Energy

// Advanced Renewable Energy Framework class AdvancedRenewableEnergy { constructor() { this.sources = []; this.systems = []; this.storage = []; this.grids = []; } // Solar Power System designSolarSystem(requirements, location) { const solar = { requirements: requirements, location: location, panels: null, inverters: null, mounting: null, monitoring: null }; // Panel Selection solar.panels = this.selectPanels(requirements, location); // Inverter Design solar.inverters = this.designInverters(solar.panels); // Mounting System solar.mounting = this.designMounting(solar.inverters); // Monitoring System solar.monitoring = this.designMonitoring(solar.mounting); return solar; } // Wind Energy System designWindSystem(requirements, site) { const wind = { requirements: requirements, site: site, turbines: null, foundation: null, grid: null, control: null }; // Turbine Selection wind.turbines = this.selectTurbines(requirements, site); // Foundation Design wind.foundation = this.designFoundation(wind.turbines); // Grid Connection wind.grid = this.designGrid(wind.foundation); // Control System wind.control = this.designControl(wind.grid); return wind; } // Energy Storage System designStorageSystem(capacity, application) { const storage = { capacity: capacity, application: application, batteries: null, management: null, safety: null, monitoring: null }; // Battery Selection storage.batteries = this.selectBatteries(capacity, application); // Management System storage.management = this.designManagement(storage.batteries); // Safety Systems storage.safety = this.designSafety(storage.management); // Monitoring System storage.monitoring = this.designMonitoring(storage.safety); return storage; } // Smart Grid System designSmartGrid(requirements, topology) { const smartGrid = { requirements: requirements, topology: topology, sensors: null, communication: null, control: null, optimization: null }; // Sensor Network smartGrid.sensors = this.designSensors(requirements, topology); // Communication System smartGrid.communication = this.designCommunication(smartGrid.sensors); // Control System smartGrid.control = this.designControl(smartGrid.communication); // Optimization System smartGrid.optimization = this.designOptimization(smartGrid.control); return smartGrid; } // Energy Efficiency optimizeEfficiency(system, usage) { const efficiency = { system: system, usage: usage, analysis: null, optimization: null, monitoring: null, improvement: null }; // Energy Analysis efficiency.analysis = this.analyzeEnergy(system, usage); // Optimization Strategies efficiency.optimization = this.optimizeSystem(efficiency.analysis); // Monitoring System efficiency.monitoring = this.designMonitoring(efficiency.optimization); // Continuous Improvement efficiency.improvement = this.improveSystem(efficiency.monitoring); return efficiency; } // Grid Integration integrateGrid(renewable, grid) { const integration = { renewable: renewable, grid: grid, connection: null, stability: null, control: null, management: null }; // Grid Connection integration.connection = this.designConnection(renewable, grid); // Stability Analysis integration.stability = this.analyzeStability(integration.connection); // Control System integration.control = this.designControl(integration.stability); // Energy Management integration.management = this.designManagement(integration.control); return integration; } }