Energy that thinks beyond the grid.
Samvora brings solar, battery storage, power conversion and energy intelligence into one coordinated system—designed to reduce grid dependence, manage high-cost energy and make every unit of power work harder.
Not another solar installation. A coordinated energy system.
Traditional systems treat solar, storage and the grid as separate assets. Samvora is being built around the energy balance between them.
The commercial energy problem is changing.
High tariffs, time-of-day pricing, demand spikes, outages and underused solar generation can all exist at the same site. Solving only one problem leaves value on the table.
Explore solutionsReduce exposure to expensive grid periods with better use of solar and stored energy.
Design around actual load behaviour instead of relying only on monthly bill totals.
Plan the role of battery, grid and operating priorities instead of assuming perfect solar output.
Bring PV, BESS, PCS/hybrid inverter, metering and control logic into one engineering view.
Five layers. One energy strategy.
Samvora combines field engineering and software so the system can be designed, operated and improved as one coordinated stack.
Solar generation and grid interface.
LiFePO₄ battery systems sized around usable energy and operating reserve.
Hybrid inverter or PCS architecture selected to suit project scale and operating needs.
Metering, load profile, control rules and EMS decision logic.
Monitoring, service, reports and future optimisation.
See how the operating strategy changes with site conditions.
The same hardware can behave very differently across a solar-rich day, high-tariff period, evening operation or grid outage. Samvora’s control direction is to make those operating priorities explicit.
Use solar first, charge the battery with genuine surplus.
Site demand is served from available PV while the battery is charged inside its permitted operating envelope. Grid energy remains available only where the configured operating strategy requires it.
Built around how your site actually uses energy.
From commercial buildings to industrial daytime loads, the architecture changes with the operating profile—not just the sanctioned load.
Solar + Battery Hybrid
Coordinate rooftop solar with storage and grid support for commercial sites that need energy after solar hours.
PCS + BESS Integration
Scalable power-conversion architecture for larger C&I systems, higher battery capacities and deeper control requirements.
Energy Management System
Turn load, tariff, solar and battery data into operational rules, alerts and better energy decisions.
Load & Bill Intelligence
Analyse bills, TOD behaviour, connected loads and site survey evidence before finalising a system recommendation.
Engineering Validation
Check datasheets, ratings, compatibility, protection, SLD/BOM and project-specific technical constraints.
Monitoring & Service
Build a long-term operating view across battery health, energy flows, alarms and preventive maintenance.
Commercial and industrial energy users.
Especially sites where electricity cost, operating hours or backup needs make basic on-grid solar an incomplete answer.
Energy after sunset matters.
Combine daytime solar with storage strategy for evening demand, kitchen loads, HVAC and continuity requirements.
- Load-profile based sizing
- TOD and bill analysis
- Hybrid / battery architecture
Design for machines, not averages.
Understand connected load, operating schedule, motor behaviour and critical production windows before sizing PV and storage.
- PCS / inverter decision
- Battery power vs energy sizing
- Protection and engineering review
From energy hardware to energy intelligence.
The long-term Samvora vision is a connected system that understands load behaviour, battery limits, solar availability and operating priorities—then helps the site use energy more intelligently.
Bills, meters, load profile, battery and solar data.
Operating rules based on cost, reserve, load and system limits.
Use monitoring and field feedback to refine system performance.
Emergency energy support beyond the installed battery.
Samvora is developing a reserve-energy service layer for eligible customer sites so extended low-solar periods, abnormal events or service conditions do not automatically force a return to high-cost grid energy.
Dedicated reserve planning
Initial pilot planning may hold total reserve inventory around 25% of active deployed storage, then recalculate the ratio from actual reliability, turnaround and service data.
Mobile DC energy support
The planned field path is reserve battery DC → controlled DC/DC service equipment → customer battery DC. It is designed to avoid dependence on the customer inverter/PCS during the emergency energy transfer itself.
Lower-cost emergency energy
Commercial direction: target emergency delivered-energy pricing materially below the customer’s prevailing grid variable energy charge. Illustrative pilot target only: a ₹15/kWh grid reference may correspond to about ₹6–₹7/kWh before final commercial, tax and regulatory validation.
Start with your real energy profile.
Share your electricity bills and basic site details. Samvora can begin with an evidence-based first assessment before final engineering.