Off-grid Microgrid Solution

Where the grid ends, we begin – displace diesel, reduce LCOE by 40-60%.

Overview

Falatto’s Off-grid Microgrid solution is designed for remote areas with no grid access or unstable grid supply. Featuring a hybrid system of solar PV + storage + diesel backup, intelligently dispatched by EMS.

 

Solar powers loads during the day, excess stored in batteries; storage powers loads at night; diesel serves only as backup.

 

Ideal for islands, mines, remote villages, and telecom towers. Estimated 40-60% LCOE reduction, 70-90% diesel consumption reduction, and 99.9%+ power reliability.

Falatto off-grid microgrid solution product overview – integrated battery storage for remote communities and island power

The Challenges We Solve

High diesel generation costs for off-grid power – fuel transport challenges and price volatility in remote areas

High Diesel Generation Costs

Fuel transport challenges, price volatility, frequent generator maintenance.

Unstable off-grid power supply – single diesel source failure causing blackouts and disruption to work and daily life

Unstable Power Supply

Single diesel source – failure causes blackout,severely impacting work and daily life.

Low renewable energy utilization off-grid – abundant solar and wind resources without storage leading to wasted clean energy

Low Renewable Energy Utilization

Abundant solar/wind resources but no storage – large amounts of clean energy go to waste.

falatto offgrid challenge high maintenance costs

High Equipment Maintenance Costs

Remote areas lack technical staff – diesel generator repair takes long and costs high.

System Architecture

falatto solution offgrid microgrid system architecture

Core Components

Solar PV

Configured by local resources, primary daytime power.

ESS

Falatto C&I/Mega Series – primary nighttime power.

EMS

Off-grid EMS – smart dispatch + black start capability.

Diesel generator

Optional backup, final energy tier.

Supporting Subheading

Key Advantages

Where the grid ends, we begin.

40-60% LCOE Reduction

Solar+storage displaces diesel generation – significant energy cost reduction.

70-90% Diesel Reduction

Diesel generator used only as backup – fuel consumption drastically reduced.

99.9%+ Power Reliability

System can self-recover after complete blackout without external power.

60-80% Carbon Reduction

Replace diesel with clean energy – meet environmental requirements.

Remote O&M

Cloud monitoring + fault alerts + remote OTA upgrades.

Recommended Configuration

Configuration Storage Solar PV Diesel Backup Best For
Small Village
1×C&I 261 kWh
50-100kW
Optional 50kW
50-100 people
Medium Island
1-4×Mega 1.2 MWh
200-500kW
Optional 200kW
200-500 people
Large Mine
2-5×Mega 5.0 MWh
1-2MW
Optional 1MW
Mine, industrial area
Telecom Tower
1×C&I 50 kWh
5-10kW
——
Remote telecom tower

Applications

Island Microgrid

Displace diesel generation – lower LCOE, reliable power for island residents

Mine Power Supply

Independent power for remote mines – lower operating costs

Remote Village Electrification

Bring electricity to unelectrified areas – improve quality of life

Telecom Tower

Backup power for remote towers – uninterrupted communication

Customer Case

Frequently Asked Questions

Yes. The storage system can store 2-3 days of electricity – powers loads during cloudy/rainy days, diesel serves as final backup.

Depends on solar resources and storage capacity – typically only 1-2 hours per week, or as emergency backup.

No. EMS automatically dispatches – remote monitoring and fault alerts supported.

Yes. C&I and Mega series modular design allows gradual expansion of storage and solar as load grows.

Standard 5 years – extendable to 10 years.

Workers installing solar panels on residential rooftop – home PV system under construction
Get In Touch
Find Us
Follow Us

Send us a message

Please fill in your name
Please enter your email address
Please enter your WhatsApp number.
Please fill in your desired products or needs.
滚动至顶部