PV Power Station Storage Solution

Store by day, sell at peak – visible returns. Estimated 5-15% curtailment reduction, 5-15% revenue increase

Overview

Falatto PV Power Station Storage solution deploys storage systems at the PV plant side – storing excess power generated during the day and discharging during grid dispatch or evening peak prices.

The system automatically performs curtailment reduction, ramp rate control, and schedule following – reducing curtailment, increasing plant revenue, and meeting storage policy requirements. Suitable for new or existing PV plants.

Falatto PV power station solution product overview – utility-scale solar and storage for renewable energy plants

The Challenges We Solve

Grid cannot fully absorb midday solar generation – curtailment losses at photovoltaic power station

Curtailment Losses

Grid cannot fully absorb midday generation – leading to curtailment.

Grid compliance pressure for solar plant – ramp rate control and schedule following requirements

Grid Compliance Pressure

Strict requirements for ramp rate control and schedule following.

Limited revenue window for solar – generation only during daylight hours missing evening peak prices

Limited Revenue Window​

Solar generates only during daylight – misses evening peak prices.

Mandatory storage requirements for grid connection approval in many regions

Mandatory Storage Requirements

Many regions require storage for grid connection approval.

System Architecture

Falatto PV power station system architecture diagram – large solar array, battery storage, inverter station, and grid connection

Core Components

ESS

Falatto Mega Series – 1.2-5MWh+, liquid-cooled.

Step-up transformer

Low voltage to medium voltage (10kV/35kV).

EMS

PV+storage EMS – schedule following optimization.

Grid connection cabinet

Meter, protection, dispatch communication.

Supporting Subheading

Key Advantages

More Output · Less Curtailment · Higher Return.

5-15% Revenue Increase

Curtailment reduction + time shift to evening peak

5-15% Curtailment Reduction

Store potentially curtailed energy for later dispatch.

Perfect Schedule Following

Precisely respond to grid dispatch instructions – avoid penalties.

Capture Evening Peak Prices

Store midday solar for evening peak discharge – higher prices

Meet Storage Policy Requirements

Fully compliant with renewable+storage policies – smooth grid connection.

Recommended Configuration

PV Plant Size Recommended Storage Storage Ratio Best For
5-10 MW
1×Mega 1.2 or 2.4
12-24%
Small ground-mounted plant
10-20 MW
2-4×Mega 2.4
12-24%
Medium ground-mounted plant
20-50 MW
4-8×Mega 5.0
10-20%
Large ground-mounted plant
50-100 MW
10-20×Mega 5.0
10-20%
Ultra-large plant

Applications

Large Ground-mounted PV Plant

Reduce curtailment, increase revenue, meet storage policy

C&I Distributed PV

Self-consumption + excess storage + time-shift sales

Agri-PV Plant

Greenhouse + solar + storage – maximize land use efficiency

Existing Plant Retrofit

Add storage to existing PV plants – improve competitiveness

Customer Case

Frequently Asked Questions

Mega series features containerized design – a 20ft container occupies ~15m², minimal impact on plant land.

Storage connects to the AC bus via AC coupling – operates independently from existing inverters, EMS unified dispatch.

Typical 4-6 years – depends on local electricity rates, subsidies, and curtailment rate.

Yes. Storage can provide black start capability for PV plants during grid faults.

Workers installing solar panels on residential rooftop – home PV system under construction
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