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Hybrid Eco Series BESS

Cut your commercial electricity bill by up to 40% with EnerTech’s Hybrid Eco Series BESS. This all-in-one energy storage cabinet integrates LFP batteries, smart PCS & advanced BMS for peak shaving, load shifting & backup power. Ideal for factories, warehouses, hospitals & commercial complexes (50kW–500kW). Container-ready, fire-protected & IoT-monitored. ROI in 3-4 years with zero carbon footprint.

Parameter	Specification
Capacity Range	50kWh to 500kWh (modular configuration)
Power Output Range	25kW to 250kW continuous
Battery Technology	LiFePO4 (LFP) / NMC based on application
Battery Cycle Life	6,000+ cycles @ 80% DOD
Round-Trip Efficiency	98% DC-DC, 94–96% AC-AC
Power Conversion System	Bidirectional PCS with IGBT technology
Solar Integration	Multiple MPPT inputs, 600–1000V DC
Grid Connection	415V 3-phase, 50Hz
Backup Generator Interface	Seamless DG synchronization
Operating Modes	On-grid, off-grid, hybrid, parallel
Enclosure	IP54 rated outdoor cabinets
Cooling System	Active thermal management
Fire Suppression	Optional FM-200 or aerosol systems
Battery Management	Advanced BMS with remote monitoring
Energy Management	Intelligent EMS with demand forecasting
Communication	Modbus TCP/RTU, SCADA integration
Monitoring	Web dashboard + mobile app
Operating Temperature	-20°C to +50°C
Installation	Indoor / outdoor, ground-mount or rooftop
Compliance	IEC, CE, grid codes compliant
Warranty	5 years comprehensive

Product Overview

Commercial and industrial facilities demand energy solutions that deliver rapid ROI while maintaining operational continuity. The Hybrid Eco Series BESS combines high-capacity lithium storage, advanced power conversion, and intelligent multi-energy management in purpose-built systems ranging from 50kWh to 500kWh.

Designed for businesses serious about reducing energy costs, improving power quality, and achieving sustainability goals, the Hybrid Eco Series integrates seamlessly with solar arrays, diesel generators, and utility grids—providing flexible, reliable, and cost-effective power management.

Enterprise-Grade Benefits

Demand Charge Reduction (Peak Shaving)

Commercial electricity bills include substantial demand charges based on peak power draw. Hybrid Eco Series batteries discharge during peak load periods, reducing maximum demand by 30-60% and cutting monthly bills by ₹50,000 to ₹5,00,000+ depending on facility size.

Time-of-Use Arbitrage

Charge batteries during low-tariff periods (typically 11 PM - 6 AM), discharge during high-tariff hours (9 AM - 11 PM). Typical savings: ₹3-6 per kWh arbitraged, generating ₹30,000 to ₹2,00,000+ monthly revenue from stored energy alone.

Renewable Energy Integration

Maximize solar ROI by storing excess daytime generation that would otherwise be curtailed or exported at low rates. Use stored solar power during evening peak loads when electricity is most expensive and solar panels are non-productive.

Power Quality Improvement

Instant response to voltage sags, frequency deviations, and harmonic distortion protects sensitive equipment like CNC machines, medical devices, and data center servers. Avoid costly process interruptions, equipment damage, and product quality issues.

Grid Independence & Resilience

Reduce vulnerability to grid outages, brownouts, and power quality issues. Maintain operations during extended outages by combining battery storage with solar generation and backup generators—ensuring business continuity without relying solely on utility supply.

Intelligent Energy Management System

Predictive Load Management

Machine learning algorithms analyze historical consumption patterns, weather data, and production schedules to forecast load profiles. EMS preemptively charges/discharges batteries to optimize cost savings while ensuring adequate backup capacity.

Multi-Source Optimization

Continuously evaluates cost and availability of solar, battery, grid, and generator power. Intelligently selects least-cost energy source for current load while maintaining target state of charge for backup requirements.

Demand Response Integration

Participate in utility demand response programs, earning incentives for load shifting during grid stress events. Automatic response to utility signals maximizes revenue while supporting grid stability.

Power Quality Conditioning

Active harmonic filtering, voltage regulation, and frequency support improve power quality beyond grid supply, protecting equipment and processes from electrical disturbances.

Application-Specific Solutions

Manufacturing Facilities (100-500kWh)

Peak demand reduction during production shifts
Power quality for CNC machines and automated lines
Backup power for critical processes
Solar energy storage for 24/7 operations
Diesel generator fuel savings

Commercial Buildings (50-200kWh)

Office complexes and business parks
Shopping malls and retail centers
Hotels and hospitality venues
Hospitals and healthcare facilities
Data centers and telecom hubs

Cold Chain & Food Processing (100-300kWh)

Uninterrupted refrigeration during outages
Load shifting to reduce peak demand charges
Solar integration for daytime refrigeration
Temperature-critical process protection

Agricultural & Irrigation (75-250kWh)

Solar-powered irrigation pumps
Cold storage for produce
Processing facility backup
Daytime solar storage for night irrigation

Educational Institutions (50-150kWh)

Campus load management
Computer lab backup power
Energy cost reduction
Sustainability demonstration projects

Advanced Power Conversion System

Three-Level Topology

Superior efficiency and power quality compared to two-level designs. Reduced harmonic distortion, lower switching losses, and enhanced reliability through redundant switching elements.

Bidirectional Operation

Seamlessly transitions between charging (AC to DC) and discharging (DC to AC) with millisecond response times. Grid-forming capability enables off-grid operation without external grid reference.

Multi-Mode Flexibility

Grid-Tied Mode: Peak shaving, load shifting, solar storage
Off-Grid Mode: Island operation with solar + battery
Hybrid Mode: Automatic grid/off-grid transitions
Parallel Operation: Multiple units for redundancy
Black Start: Restore facility power without grid

Advanced Grid Support

LVRT (Low Voltage Ride Through)
HVRT (High Voltage Ride Through)
Active/reactive four-quadrant regulation
Frequency droop control
Voltage support during grid events

Installation & Integration

Cabinet Configuration Options

Outdoor Cabinets (IP54)

Weather-resistant powder-coated steel
Active cooling with air conditioning
Integrated fire suppression
Cable entry from bottom
Lockable access panels

Indoor Cabinets (IP30)

Compact footprint for mechanical rooms
Quiet operation for occupied spaces
Natural or forced-air cooling
Wall-mounted or floor-standing

Containerized Systems (>300kWh)

10ft, 20ft, or 40ft shipping containers
Fully integrated battery, PCS, cooling, fire suppression
Plug-and-play installation
Relocatable for temporary or permanent deployment

Typical Installation Timeline:

Week 1: Site preparation, foundation/mounting
Week 2: Equipment delivery, placement, interconnection
Week 3: Electrical integration, commissioning, testing
Week 4: SCADA integration, training, acceptance

Financial Analysis Tools

📊 ROI Calculator Inputs

⚡ Current electricity consumption profile
⏱ Demand charges & time-of-use tariffs
☀️ Solar generation capacity (if installed)
🔋 Backup power requirements
💰 Available incentives & tax benefits

Typical Commercial ROI

(100kWh system · ₹30L investment)

✔ Peak Shaving Savings: ₹8,000 / month
✔ TOU Arbitrage: ₹15,000 / month
✔ Solar Self-Consumption: ₹12,000 / month
✔ Diesel Fuel Savings: ₹5,000 / month
✔ Total Monthly Savings: ₹40,000
✔ Annual Savings: ₹4,80,000
✔ Simple Payback: 6.25 Years
✔ 25-Year Net Benefit: ₹90,00,000+

Calculate Your ROI

Monitoring & Analytics

Real-Time Dashboard:

Live power flow diagram (solar/grid/battery/load)
State of charge and discharge rates
Cost savings accumulation
Grid import/export tracking
System alerts and notifications

Historical Analytics:

Daily/weekly/monthly energy reports
Peak demand tracking and trends
Cost analysis by time-of-use period
Solar production vs. consumption
Battery cycle count and health

Predictive Analytics:

Load forecasting based on historical patterns
Weather-adjusted solar generation predictions
Optimal charge/discharge scheduling
Maintenance recommendations
Performance optimization suggestions

Safety & Compliance

Fire Protection:

Fire-resistant battery enclosures
Thermal runaway detection
Optional automatic fire suppression (FM-200, Novec 1230)
Smoke and heat detectors
Emergency shutdown systems

Electrical Protection:

Arc fault detection and interruption
Ground fault monitoring
Isolation monitoring
Overcurrent/short-circuit protection
Lightning and surge protection

Environmental Protection:

Spill containment for liquid-cooled systems
IP54 rating for outdoor installations
Corrosion-resistant materials
Operating temperature range: -20°C to +50°C

Performance Guarantees

Energy Throughput Warranty:

EnerCube guarantees minimum energy throughput over warranty period:

80% capacity retention after 6,000 cycles
70% capacity retention after 10 years
Pro-rated warranty on capacity degradation

Availability Guarantee:

98% system availability over warranty period
24-hour response to critical failures
48-hour repair completion (parts in stock)
Remote diagnostics resolve 85% issues

Case Study: 200kWh Manufacturing Facility

Client Profile

Medium-sized electronics manufacturing facility located in Pune, operating with a 500kW peak demand, 12 hours/day, 6 days/week.

Challenge

₹18 lakh monthly electricity bills driven by:

₹8 lakh from high demand charges
₹10 lakh from expensive peak-hour consumption

Solution

Deployment of a 200kWh Hybrid Eco Series BESS integrated with a 100kWp rooftop solar system for demand management and energy optimization.

Results After 12 Months

✔ Peak demand reduced: 500kW → 350kW (30%)
✔ Demand charges reduced: ₹8L → ₹5.6L / month
✔ Solar self-consumption increased: 40% → 85%
✔ Grid dependency reduced by 45%
✔ Monthly bill reduced: ₹18L → ₹10.5L
✔ Annual savings: ₹90 Lakhs
✔ ROI achieved in 4.2 years on ₹38L investment

Get Your Custom Commercial Solution

Step 1: Energy Audit

Comprehensive analysis of electricity bills, load profiles, solar potential, and operational requirements.

Step 2: System Design

Custom solution optimized for your specific application, budget, and ROI targets.

Step 3: Financial Modeling

Detailed 25-year financial analysis including capex, opex, savings, payback, NPV, and IRR.

Step 4: Implementation

Turnkey installation, commissioning, training, and performance validation.

Step 5: Ongoing Optimization

Continuous monitoring, performance reporting, and system tuning to maximize savings.

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.

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Helpful Faq’s

Can the EnerTech Static Frequency Converter be customized to generally meet specific application requirements?

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.

Can the Static Frequency Converter be remotely monitored and controlled?

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

What factors should I consider when selecting a fixed frequency converter?

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.

What types of loads can a static frequency converter support?

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.