Energy Solutions can help you reduce your electricity bills

Plug And Play Storage Cabine

Pre-Integrated Commercial BESS Install in Hours, Save for Years

Technical Specifications

Parameter Specification
Available Capacities 50kWh, 75kWh, 100kWh, 150kWh, 200kWh
Power Output 25kW to 100kW (configurable)
Battery Technology LiFePO4 (LFP) Grade A cells
Battery Cycle Life 6,000+ cycles @ 80% DOD
Round-Trip Efficiency 97% (battery to load)
Integrated Components Battery, BMS, PCS, EMS, cooling, protection
Cabinet Dimensions (100kWh) 1200mm (W) × 800mm (D) × 2000mm (H)
Cabinet Weight (100kWh) ~850kg (loaded), ~150kg (empty)
Installation Method Floor-standing, wall-supported
Enclosure Rating IP54 (indoor / outdoor)
Operating Temperature -10°C to +45°C
Cooling Method Active air conditioning
Fire Suppression Optional aerosol system
Input Voltage (AC) 415V, 3-phase, 50Hz
Solar Input (DC) 600–900VDC, dual MPPT
Communication Ethernet, RS485, Wi-Fi
Monitoring Interface Web dashboard + mobile apps
Grid Connection Type Bi-directional grid-tied
Installation Time 4–6 hours (typical)
Warranty 5 years comprehensive
Compliance IEC 62619, IEC 62040, CE

Product Overview

Traditional battery energy storage systems require weeks of engineering, custom fabrication, complex wiring, and specialized commissioning. The EnerCube Plug and Play Storage Cabinet eliminates these barriers with pre-integrated, factory-tested systems that install in hours instead of days.

Designed specifically for commercial applications requiring 50-200kWh capacity, these purpose-built cabinets arrive with batteries, power conversion, cooling, protection, and controls fully integrated—your installer simply connects power cables and activates the system.

Revolutionary Simplicity

why choose 1
Factory Integration = Field Simplicity

Every connection, calibration, and configuration completed during manufacturing. Comprehensive factory testing validates performance before shipping. Installation teams simply position cabinet, connect three cables (solar, grid, load), and power on—system self-configures for local conditions.

price 1 3
Standardized Installation Process

No custom engineering, no specialized tools, no lengthy commissioning procedures. Standardized cabinet dimensions, connection points, and startup sequences enable any qualified electrician to complete installation in 4-6 hours.

why choose 1
Immediate Operational Readiness

Power on, scan QR code with mobile app, verify system parameters, and start saving energy—all within minutes of final connection. No waiting for commissioning engineers, no complex programming, no extended testing protocols.

price 1 3
Predictable Project Economics

Standardized product means standardized pricing, installation costs, and timelines. Eliminate project uncertainty with fixed-price quotes that include equipment, delivery, installation, and warranty.

Pre-Integrated Architecture

Battery Management System (BMS)

  • Cell-level voltage, current, temperature monitoring
  • Active and passive balancing
  • State of charge (SOC) calculation
  • State of health (SOH) tracking
  • Multi-layer protection (OVP, UVP, OTP, SCP)
  • Communication with PCS and EMS

Power Conversion System (PCS)

  • Bidirectional grid-tied inverter
  • IGBT-based topology
  • 97% conversion efficiency
  • Grid synchronization and frequency control
  • Seamless on-grid/off-grid transitions
  • Active/reactive power control

Energy Management System (EMS)

  • Load profile monitoring
  • Solar generation forecasting
  • Optimal charge/discharge scheduling
  • Peak shaving algorithms
  • Time-of-use optimization
  • Demand response integration

Thermal Management

  • Active air conditioning system
  • Internal temperature monitoring
  • Automatic cooling activation
  • Over-temperature protection
  • Efficient heat dissipation

Safety Systems

  • Fire detection (smoke + heat sensors)
  • Emergency shutdown (EPO button)
  • Isolation monitoring
  • Arc fault detection
  • Ventilation interlocks
  • Door access control

Installation Advantages

Minimal Site Requirements

  • ✔ Flat concrete pad or structural floor
  • ✔ 1.5m clearance around cabinet
  • ✔ Standard 3-phase electrical connection
  • ✔ Network connectivity (wired or wireless)
  • ✔ No specialized HVAC or fire suppression infrastructure

Rapid Deployment Timeline

Day 1 · Morning

Delivery & Positioning (2 hours)

  • Forklift or pallet jack placement
  • Leveling and securing to floor
  • No crane or heavy rigging required
Day 1 · Afternoon

Electrical Connections (4 hours)

  • Solar array DC connection
  • Grid AC connection
  • Load distribution connection
  • Network cable / Wi-Fi setup
Day 2

Commissioning & Training (2 hours)

  • System power-on and self-test
  • Parameter configuration via app
  • Monitoring system integration
  • Operator training and handover

Application-Focused Solutions

Small Commercial Buildings (50-100kWh)

  • Retail stores and supermarkets
  • Restaurants and cafes
  • Professional offices
  • Dental and medical clinics
  • Gyms and fitness centers
  • Pharmacies and diagnostic labs

Light Industrial (100-150kWh)

  • Small manufacturing workshops
  • Food processing units
  • Textile weaving units
  • Print shops and packaging
  • Automotive service centers

Agriculture & Rural (75-150kWh)

  • Cold storage facilities
  • Dairy processing plants
  • Poultry and livestock farms
  • Irrigation pump stations
  • Rural hospital and clinics

Telecom & Infrastructure (50-100kWh)

  • Cell tower sites
  • Base transceiver stations
  • Fiber optic network hubs
  • Remote monitoring stations

Cost Optimization Strategies

Peak Shaving Implementation

The cabinet automatically discharges during high-demand periods, reducing peak demand visible to utility metering. Typical demand charge savings: 20–40%.

Example: 100kW peak demand with ₹500/kW demand charge
  • Baseline: 100kW × ₹500 = ₹50,000 / month
  • With 50kW Peak Shaving: 50kW × ₹500 = ₹25,000 / month
  • Monthly Savings: ₹25,000
  • Annual Savings: ₹3,00,000

Time-of-Use (TOU) Arbitrage

Charge during off-peak hours (₹5/kWh) and discharge during peak hours (₹12/kWh).

Daily Arbitrage (100kWh cabinet):
  • 80kWh discharge × ₹7 savings/kWh = ₹560 / day
  • Monthly Savings: ₹16,800
  • Annual Savings: ₹2,01,600

Solar Self-Consumption

Store excess solar generation (exported at ₹2–4/kWh) for use during high-cost evening hours (₹10–12/kWh).

Daily Value Capture (50kWh solar storage):
  • 40kWh stored × ₹7 value gain = ₹280 / day
  • Monthly Savings: ₹8,400
  • Annual Savings: ₹1,00,800

Cabinet Configuration Options

50kWh Configuration

  • Power Output: 25kW continuous, 30kW peak
  • Dimensions: 800mm × 700mm × 1800mm
  • Weight: 450kg
  • Ideal for: 30-50kW peak load facilities
  • Price Range: ₹12-15 lakhs

100kWh Configuration

  • Power Output: 50kW continuous, 60kW peak
  • Dimensions: 1200mm × 800mm × 2000mm
  • Weight: 850kg
  • Ideal for: 75-150kW peak load facilities
  • Price Range: ₹22-28 lakhs

150kWh Configuration

  • Power Output: 75kW continuous, 90kW peak
  • Dimensions: 1500mm × 800mm × 2000mm
  • Weight: 1200kg
  • Ideal for: 125-200kW peak load facilities
  • Price Range: ₹32-38 lakhs

200kWh Configuration

  • Power Output: 100kW continuous, 120kW peak
  • Dimensions: 1800mm × 800mm × 2000mm
  • Weight: 1500kg
  • Ideal for: 150-250kW peak load facilities
  • Price Range: ₹42-50 lakhs

Monitoring & Control

Monitoring & Control

  • Real-time power flow visualization
  • Battery SOC and SOH indicators
  • Daily/weekly/monthly energy reports
  • Cost savings tracking
  • Operating mode selection
  • System status and alerts
  • Historical data graphs
  • Export PDF reports

Web Dashboard

  • Multi-site fleet management
  • Advanced analytics and trending
  • Custom report generation
  • User access management
  • Remote configuration changes
  • Firmware update management
  • Integration with building management systems

SCADA Integration

  • Modbus TCP/RTU protocols
  • DNP3 support (optional)
  • Custom protocol development available
  • Real-time data points (100+)
  • Control commands via SCADA
  • Alarm forwarding

Comparison: Plug & Play vs. Custom-Built BESS

Factor Plug & Play Cabinet Custom-Built System
Engineering Time None required 2–4 weeks
Manufacturing Lead Time 4–6 weeks 8–16 weeks
Installation Duration 1–2 days 2–4 weeks
Specialized Labor Not required Required
Commissioning Time 2 hours 3–5 days
Project Risk Minimal Moderate to high
Pricing Certainty Fixed quote Variable
Expansion Capability Modular add-ons Complex integration
Warranty Simplicity Single vendor Multiple vendors
Service Network Nationwide support Varies

Financial Analysis Example

Facility Profile

  • Peak demand: 120kW
  • Average consumption: 60kW (12 hrs/day)
  • Monthly electricity bill: ₹4,20,000
  • Demand charges: ₹60,000 (₹500/kW × 120kW)
  • Energy charges: ₹3,60,000 (7,200 kWh × avg. ₹50/kWh)
Solution Implemented:

100kWh Plug & Play Cabinet

Investment: ₹25 Lakhs

Savings Breakdown

Peak Shaving (120kW → 80kW)

Demand charge savings: ₹20,000 / month

Solar Integration (60kWh/day excess)

Value capture: ₹12,600 / month

Time-of-Use Arbitrage

Arbitrage savings: ₹16,800 / month
Total Monthly Savings ₹49,400
Annual Savings ₹5,92,800

Warranty & Service

5-Year Comprehensive Warranty

  • All components including batteries
  • Labor and parts covered
  • 80% capacity retention guarantee
  • Performance warranty on energy throughput

Nationwide Service Network

  • 500+ service locations across India
  • 24-hour response to critical issues
  • 48-hour repair completion
  • Remote diagnostics (85% resolution rate)
  • Annual preventive maintenance visits

Extended Warranty Options

  • 10-year total coverage available
  • Battery capacity insurance
  • Performance guarantee extensions
  • Priority service level agreements

Get Your Plug & Play Solution

Step 1: Load Analysis (Free)

Submit 3 months of electricity bills for expert analysis and system sizing recommendation.

Step 2: Fixed Price Quote (24 Hours)

Receive comprehensive quote including equipment, delivery, installation, commissioning, and 5-year warranty.

Step 3: Fast-Track Installation (2-4 Weeks)

From order to operation in under 4 weeks with guaranteed installation timeline.

Step 4: Performance Validation (30 Days)

First-month savings report validates projected ROI and system performance.

Successful Installation of Solar Hybrid Inverter

Delivering success through 35,000+ satisfied customers over the past 35+ years with our impeccable Battery Energy Storage System Installation.

Over 14,000 Successful Installations Across India

Trusted by industries, businesses, and institutions for reliable solar and energy storage solutions. Proven performance backed by decades of engineering excellence and customer confidence.

Enertech

Helpful Faq’s

Yes, EnerTech offers customization options for the SFC to tailor it to specific frequency conversion needs, including input/output frequency ranges, power ratings, and control features.

Yes, the converter includes built-in monitoring and control features accessible via web-based interfaces or network management systems for remote management and diagnostics.

Key factors to think about are the frequency conversion range, input and output voltage compatibility, power rating and capacity, efficiency and performance, protection features, remote monitoring capabilities, environmental suitability, and manufacturer reputation.

A static frequency converter can support a wide variety of loads, including motors, pumps, compressors, lighting systems, and other electrical equipment requiring precise frequency control. 

    Book A Call With Our Sales Expert

    Related Products

      Call Now Button