Integrated C&I Cabinet
Factory, hotel, hospital, campus and commercial facilities.
- Suggested range
- 100–500 kWh
- Typical use
- Peak shaving · Backup
Request a Proposal Battery energy storage systems
Containerised BESS Solutions for Commercial & Industrial Applications.
From requirement analysis and system sizing to supply, integration, commissioning and ongoing support.
LFP battery technologyLiquid-cooled configurationsContainer & cabinet solutionsAC / DC couplingReal-time monitoringFire detection & suppression
Containerised BESSProject-specific MW / MWh sizing
Before selecting a BESS, a buyer needs six clear answers.
Can it meet my exact MW/MWh requirement?What equipment is included?Is it safe and certified?How much will it save me?Who will design, install and commission it?Can Naryo execute the complete project?
01 · Tell us your requirement
Start with the project—not a product model.
These inputs allow the initial solution to be sized around your operating objective, grid interface and available site conditions.
Required powerMWRequired storageMWhBackup duration1 / 2 / 4 hoursApplicationPrimary use caseExisting solarMWp capacityGrid voltagekV levelAvailable areaInstallation footprintLocationCity / StateCommissioning dateRequired timeline
Enter Project Details 02 · Product configurations
Sized for your load profile—not selected from a catalogue.
Final power, energy, duration and equipment architecture are configured after reviewing the facility load, renewable generation, grid interface and operating objective.
Modular C&I BESS
Larger industrial loads and captive-solar applications.
- Suggested range
- 500 kWh–2 MWh
- Typical use
- Solar shifting · Arbitrage
Containerised BESS
Utility-scale and large industrial energy-storage projects.
- Suggested range
- 2–5+ MWh
- Typical use
- Large C&I · Grid support
Custom Engineered System
Project-specific voltage, power, duration and site integration.
- Suggested range
- As required
- Typical use
- Complex / hybrid projects
Every configuration should confirm:Rated power—kW / MWUsable energy—kWh / MWhBackup durationBattery chemistryCooling systemPCS configurationVoltage rangeIP ratingCommunication protocolCertification optionsWarrantyExpected cycle life
Configuration-dependent: Exact figures—including capacity, cycle life and round-trip efficiency—are published only after confirmation against the selected manufacturer’s technical datasheet and project operating conditions.
03 · What is included?
One coordinated solution—from DC batteries to grid interface.
LFP battery racksBattery Management SystemPower Conversion SystemEnergy Management SystemTransformer & switchgearHVAC or liquid coolingFire detection & suppressionSCADA & remote monitoringContainer & auxiliary systemsInstallation supervisionTesting & commissioningTraining & after-sales support
The exact supply boundary is confirmed in the technical proposal, so buyers can clearly see what is included, excluded and required at site.
04 · Business applications
Every BESS must solve a measurable operating or commercial problem.
Discharge during peak-demand periods to reduce maximum-demand charges.
Store surplus daytime generation for evening or non-solar operating hours.
Charge during lower-tariff periods and discharge when energy costs are higher.
Support critical operations during outages and reduce diesel dependence.
Increase captive consumption and reduce export or curtailment of clean energy.
Enable rapid response for grid dispatch, frequency regulation and power quality.
05 · Intelligent liquid cooling
More consistent temperatures. More stable operation.
Liquid-cooled configurations can improve temperature uniformity and operating stability, particularly for high-duty applications and hot ambient conditions.
More uniform rack and cell temperaturesLower auxiliary energy consumptionBetter thermal control in hot climatesImproved operating efficiencyPotentially longer battery lifeStable operation at higher loads
06 · Safety & reliability
Protection from cell level to system level.
Safety architecture and certification evidence are reviewed against the selected equipment, site conditions and applicable project requirements.
Thermal management
Liquid-cooling options, continuous temperature monitoring and rack-level control for stable operation.
Early detection
Smoke, heat and combustible-gas detection with real-time alarms and remote fault notification.
Layered protection
Cell, module, rack and system-level electrical protection with emergency shutdown and isolation.
Fire suppression
Project-specific aerosol, gas or water-based suppression options and compartment-level response.
Certification and test evidence may include, as applicable:IEC 62619IEC 63056UN 38.3UL 1973UL 9540 / 9540A
07 · Commercial benefits
Understand the savings before selecting the system.
A credible proposal should connect system sizing to the buyer’s tariff, load behaviour, solar profile and reliability requirement.
Inputs we analyse
- 15- or 30-minute load profile
- Electricity tariff and demand charges
- Solar generation and export profile
- Outage history and diesel cost
- Operating hours and critical loads
Outputs the buyer should receive
- Recommended MW / MWh and duration
- Expected operating strategy
- Estimated annual energy savings
- Indicative payback and sensitivities
- Technical scope, exclusions and warranties
08 · Why choose Naryo?
Project-first coordination—not one predetermined brand.
We position ourselves as the buyer’s sourcing and execution partner, aligning the equipment, system architecture and supplier documentation with the actual project requirement.
Solution selection based on the project rather than one fixed manufacturer.
One point of contact across manufacturers and system components.
MW, MWh and duration aligned with the facility load profile.
Datasheets, certifications, warranties and test records coordinated before supply.
Logistics, integration, commissioning and handover coordination.
Practical coordination for local site conditions and grid interfaces.
09 · Delivery process
From first load data to commissioned system.
Naryo coordinates the technical, commercial and delivery workstreams through one project-focused interface.
- 01Load & site-data collection
- 02Application & savings analysis
- 03Preliminary system sizing
- 04Technical-commercial proposal
- 05Detailed engineering & approvals
- 06Manufacturing & inspection
- 07Delivery & integration
- 08Commissioning, training & support
10 · Request a proposal
Let us size the right BESS solution.
Share the information available today. We will identify the next technical inputs required for a meaningful proposal.
Registered officeH. No. 8-100, Road No. 2, Gowtham Nagar
Dilsukh Nagar, Hyderabad
Telangana 500060, IndiaWarehousePlot No. 21, Hardware Park-1
Sy. No. 1/1, Imaratkancha, Raviryal (V)
Maheshwaram (M), Rangareddy District
Telangana 500005, India
Dilsukh Nagar, Hyderabad
Telangana 500060, IndiaWarehousePlot No. 21, Hardware Park-1
Sy. No. 1/1, Imaratkancha, Raviryal (V)
Maheshwaram (M), Rangareddy District
Telangana 500005, India