Home/Industries
Where Samvora worksDifferent sites use energy differently.
Homes, hospitals, malls, housing societies, factories and process plants each have their own load shape and priorities. We start from how your site runs, then engineer the system around it.
One engineering method across every kind of site.
Each segment links to the page that explains its load behaviour, energy problem and system flow.
IndustrialFactories & manufacturingProduction halls, compressed air, cooling and process lines.
ProcessStone crushers & heavy motorsJaw, screen, cone crusher and conveyor loops on weak feeders.
Cold chainCold storage & food processingRefrigeration racks, cold rooms and processing lines.
LogisticsWarehouses & logisticsHigh-bay roofs, docks and fleet charging.
HealthcareHospitals & clinicsWards, OT, lifts and HVAC on protected supply.
HospitalityHotels & restaurantsKitchens, laundry, guest rooms and lifts.
CommercialMalls & commercial buildingsChiller plants, escalators, tenants and carports.
CommercialOffices & campusesWorking-hour loads that align with solar.
Fuel retailPetrol stationsDispensers, canopy solar and forecourt backup.
Residential · commonHousing societies & RWAsLifts, water pumping and common lighting.
ResidentialHomes & villasRooftop solar, hybrid inverter and battery.
Other applicationsSchools & institutionsDaytime campuses: describe yours in the Energy Explorer.
Illustrations are original engineering concepts, not photographs of Samvora installations. Every industry page opens a live scene of that site type.
A stone crusher behaves nothing like a hospital.
Both scenes below run on the same engineering rules. Switch scenarios in each: the crusher is about starting heavy motors; the hospital is about never dropping a critical load.
Beyond the panel: storage, conversion and control.
Assessment to commissioning and monitoring
Core serviceMonitoring & lifecycleOperationsVisibility, service and asset history
Core serviceBESSStorageCommercial and industrial battery storage
Engineering capabilityPCSConversionAC-coupled or hybrid, grid-forming where needed
Engineering capabilityEMSControlModes, reserves, import limits
Engineering capabilityPeak shaving & TODCost controlStorage scheduled against tariff and demand
Engineering capabilityBackup & resilienceReliabilityCritical-load protection through outages
Engineering capabilityExisting-solar battery upgradeRetrofitAC-coupled storage for installed solar
Engineering capabilityIntelligent load managementControlShed, shift and restore by priority
Engineering capabilityMicrogrids & grid-forming systemsArchitectureGrid-minimised sites with islanded operation
Study / roadmapEV charging integrationNew loadCharging managed within site limits
Study / roadmapEnergy continuityRoadmap / pilotEmergency energy support concept
Study / roadmapCore service is delivered today; Engineering capability is designed and delivered project by project; Study / roadmap is under evaluation and is not an installed-project claim.
When energy is used matters as much as how much.
Typical illustrative shapes. Your real signature comes from your bills and meter data.
What is your energy challenge?
Choose what you want to improve, then build one view of your site. Existing equipment, proposed components and operating scenarios follow your answers.
A starting interest is not a confirmed site fact. No contact details are required for a preliminary assessment, and optional questions can be skipped.
See how this would work at your site.
Answer a few visual questions and see your site today and with Samvora: at midday, in the evening peak and in a power cut. No sign-up; nothing is sent until you choose.
Start with how your site actually uses energy.
Share a few details and your recent bills. A Samvora engineer reviews your load, tariff and reliability needs before anything is proposed.
