SRNE Solar Inverter Solutions

HYBRID INVERTERS
SRNE hybrid inverter solutions for compatible solar, battery storage and backup energy systems.

OFF-GRID INVERTERS
SRNE off-grid inverter solutions for solar and battery-based energy applications.

SOLAR ENERGY
SRNE inverter solutions for professional solar energy requirements.

ENERGY STORAGE
SRNE solutions for compatible battery and energy storage applications.

SRNE Hybrid Inverter Solutions

SRNE hybrid inverter solutions can integrate solar generation, battery storage and connected loads according to the specific inverter model and system configuration.

Naif Falcon supports B2B and project requirements for SRNE hybrid inverter solutions across commercial, solar, backup and energy storage applications. Available models and power ratings depend on current stock.

ENQUIRE ABOUT SRNE HYBRID INVERTERS

SRNE Inverter Prices & B2B Quotations

SRNE inverter pricing varies according to inverter series, model, power rating, system configuration, quantity, availability and commercial requirements.

For current B2B and project quotations, customers can contact Naif Falcon with the required SRNE model or power rating, quantity and destination.

REQUEST CURRENT SRNE QUOTATION

SRNE Inverter B2B Supply from UAE

Naif Falcon supports B2B SRNE inverter requirements from Dubai, UAE, including project quantities, wholesale requirements and regional supply.

Solar companies, EPC contractors, system integrators and professional buyers can contact the sales team with their required SRNE model, power rating, quantity and destination.

B2B Supply

EPC Requirements

System Integrators

Solar Companies

Project Supply

Wholesale Requirements

Regional Supply

DISCUSS YOUR SRNE REQUIREMENT

SRNE Inverters for Solar & Energy Applications

COMMERCIAL SOLAR
SRNE inverter solutions for commercial solar requirements.

INDUSTRIAL APPLICATIONS
Inverter solutions for compatible industrial energy requirements.

HYBRID ENERGY SYSTEMS
SRNE solutions for compatible solar, battery and backup energy systems.

OFF-GRID SYSTEMS
SRNE inverter solutions for remote and off-grid applications.

ENERGY STORAGE
Solutions for compatible solar and battery storage requirements.

EPC PROJECTS
SRNE solutions for professional EPC and system integration requirements.

SRNE – Advanced Solar Inverters & Lithium Batteries for Modern Energy Systems

Official Authorized Distributor in the Middle East | Naif Falcon Trading

At Naif Falcon Trading, we are proud to serve as an official authorized distributor of SRNE solar inverters and lithium battery systems across the Middle East.
SRNE is recognized globally as a leading manufacturer of high-performance solar storage solutions, backed by more than 15 years of innovation and over 200 energy-related patents.

From residential installations to large-scale commercial and hybrid systems, SRNE delivers reliable, intelligent, and future-ready power technology engineered to meet the region’s growing demand for clean energy.

Why SRNE?

SRNE products stand out for their technical strength, long-term reliability, and advanced engineering. Designed for diverse applications and harsh environmental conditions, SRNE systems offer a high-efficiency, stable, and secure energy experience.

Key Advantages of SRNE Inverters

High MPPT Efficiency
SRNE’s advanced MPPT tracking technology delivers up to 99.9% efficiency for maximum solar harvesting.

Hybrid, On-Grid, and Off-Grid Options
Whether you need a residential off-grid system or a full hybrid commercial setup, SRNE offers flexible solutions tailored to every requirement.

Wide Battery Compatibility
Supports both lithium-ion and lead-acid batteries, with broad voltage ranges suitable for homes, businesses, and industrial projects.

Solid Industrial Design
Reinforced metal housings, exceptional thermal management, and long-life components ensure stable operation even under high temperatures.

Comprehensive Protection
Integrated protection against over-voltage, over-current, short circuits, overheating, reverse polarity, and grid instability—compliant with international safety standards such as IEC62109, NRS, and FCC.

Multiple MPPT Inputs
Series like ASP and HESP feature dual independent MPPT inputs, enabling more flexible panel configurations and improved efficiency.

Smart Monitoring and Communication
Built-in communication interfaces (RS485 / CAN / USB / Dry Contact) with optional Wi-Fi or GPRS for remote monitoring and diagnostics.

SRNE Lithium Batteries

SRNE’s lithium batteries are engineered for long cycle life, stable discharge performance, and advanced BMS protection. They integrate seamlessly with all SRNE inverter series, making them ideal for storage-heavy applications.

Where SRNE Solutions Are Used

• Residential solar systems

• Commercial buildings

• Hybrid and backup power systems

• Industrial facilities

• Remote and off-grid locations

• Large-scale energy storage installations

Product ranges include:

• HESP Series (Hybrid 8–12kW) – High-performance hybrid systems with IP65 protection

• ASP Series (Off-Grid 8–10kW) – Robust off-grid systems designed for heavy loads

• HF Series (3.3kW / 5kW Off-Grid) – Ideal for small to medium residential applications

Naif Falcon Trading – Your Trusted SRNE Partner in the Middle East

As an authorized SRNE distributor, we offer more than product supply. Our partners benefit from:

• Official manufacturer warranty

• Technical support and certified guidance

• Ready stock available in Dubai

• Fast logistics from Jebel Ali

• Bulk supply options for installers, distributors, and solar professionals

SRNE delivers dependable power.
Naif Falcon ensures you receive it with confidence, support, and efficiency.

SRNE: From Solar Control to Integrated Energy Storage Solutions

How energy control, power conversion, storage and digital management are coming together in modern energy systems

The solar industry is no longer only about generating electricity.

As renewable-energy systems become more sophisticated, the challenge increasingly extends to how electricity is controlled, converted, stored and managed.

A photovoltaic module may generate energy, but a complete modern system can require power electronics to convert it, batteries to store it, intelligent controls to determine how it should be used, and monitoring tools to provide visibility into system performance.

This evolution helps explain the development of SRNE.

Founded in 2009, SRNE Solar Co., Ltd. is headquartered in Shenzhen, China, with a manufacturing base in Dongguan. The company describes itself as an integrated R&D, manufacturing, sales and service organization focused on user-side energy-storage products and solutions.

Today, its portfolio extends from solar charge controllers to hybrid and off-grid inverters, batteries, residential and commercial energy-storage systems, accessories and monitoring technologies.

So what exactly sits behind the SRNE brand?

A Technology Journey That Started With Solar Control

SRNE’s history provides useful context for understanding its current portfolio.

According to the company’s published milestones, SRNE formally entered the solar-controller field when it was established in 2009.

In 2012, the company reports supplying 260,000 solar-controller sets for an off-grid project in Pakistan. In 2017, it formally expanded into photovoltaic energy-storage inverters, followed by a broader move into energy-storage systems in 2020.

That progression reflects a wider evolution in distributed energy:

Solar Control → Power Conversion → Energy Storage → Energy Management

SRNE now identifies four core technology areas at the center of its development:

Energy Control | Energy Conversion | Energy Storage | Energy Digitalization

These four areas provide a useful framework for understanding the brand.

01 | SOLAR

Managing Energy From the Source

Solar generation begins with photovoltaic modules, but producing DC electricity is only the first stage.

In battery-based solar systems, the energy generated by the PV array needs to be managed before it reaches storage or other parts of the electrical system.

This is where solar charge-control technology becomes important.

SRNE’s current technical library includes multiple controller categories, including charge-only controllers, charge-and-discharge controllers, solar street-light controllers and RV charge controllers.

MPPT — Maximum Power Point Tracking — technology is particularly important because the electrical operating point of a PV array changes with conditions such as irradiance and temperature.

SRNE’s technical documentation describes MPPT-based systems designed to track the photovoltaic array’s maximum power point and optimize the energy obtained from the solar array.

The role of solar control can therefore be summarized simply:

Generate the energy — then manage how that energy enters the system.

02 | POWER CONVERSION

Connecting Solar, Batteries, Grid and Loads

If solar control manages energy at the generation stage, the inverter becomes one of the central components responsible for making that energy usable.

Photovoltaic modules and batteries operate with DC electricity, while conventional electrical loads generally require AC power.

But a modern hybrid inverter can do considerably more than DC-to-AC conversion.

Depending on the product and system configuration, it can coordinate several elements:

PV generation
↓
Hybrid inverter
↙ ↓ ↘
Battery — Loads — Grid

SRNE currently offers residential hybrid inverters across single/split-phase and three-phase architectures, including low- and high-voltage configurations, alongside off-grid and C&I storage inverters.

For example, the company’s current HESP portfolio includes models designed for different residential and light-commercial power requirements. Some three-phase HESP configurations provide multiple MPPT trackers and parallel operation for expandable installations.

This illustrates an important change in inverter technology.

The inverter is evolving from a power-conversion device into an energy-coordination platform.

Depending on the installation, it can help determine whether available solar energy should supply the load, charge batteries, interact with the grid or support the system when another energy source becomes unavailable.

03 | ENERGY STORAGE

Making Solar Energy Available Beyond the Moment of Generation

One of solar energy’s fundamental characteristics is variability.

Generation depends on sunlight, while electricity demand follows its own schedule.

Those two curves do not necessarily match.

Energy storage provides one way to manage that mismatch by retaining electricity for later use rather than requiring all available solar generation to be consumed at the moment it is produced.

SRNE’s portfolio currently includes low-voltage batteries, high-voltage batteries, low-voltage solar-storage systems and high-voltage energy-storage cabinets, in addition to the inverter technologies required to integrate storage into a larger system.

At the residential level, SRNE lists several lithium battery-storage platforms, including different capacities within its EOS, SE and EOH families.

At the commercial and industrial level, the architecture becomes more sophisticated, combining storage, power conversion and energy-management functions.

The basic principle remains straightforward:

GENERATE → USE → STORE SURPLUS → USE STORED ENERGY WHEN REQUIRED

The actual value of storage, however, depends heavily on the application.

Load profile, PV capacity, battery sizing, local electricity tariffs, grid reliability, operating strategy and project requirements all influence whether a particular storage configuration makes technical and economic sense.

04 | SMART CONTROL

When Energy Hardware Becomes an Intelligent System

Adding more equipment does not automatically create a smarter energy system.

As solar generation, batteries, grid connections and loads interact, the ability to monitor and coordinate the system becomes increasingly important.

This is where SRNE’s fourth technology area — energy digitalization — enters the picture.

SRNE offers monitoring technologies that can provide visibility into inverter and storage-system operation.

For compatible systems, the company’s monitoring platform can display parameters such as battery level, charging and discharging status and power, while also providing system alarms. Other monitoring solutions provide access to inverter generation data and operating parameters through mobile applications.

For commercial and industrial applications, SRNE’s published solution material also describes remote monitoring through web and app interfaces, parameter configuration, alarm notifications and centralized management of multiple sites.

This changes the conversation from simply owning energy equipment to understanding:

How much energy are we producing?

How much are we consuming?

What is happening with the battery?

How is the inverter operating?

Is the system functioning as expected?

The physical equipment remains essential, but data increasingly becomes part of the energy infrastructure itself.

Beyond Individual Products: The Importance of System Integration

One of the biggest mistakes when evaluating an energy system is looking at each product in isolation.

A high-performance inverter does not automatically create a high-performance system.

Neither does a large battery.

The overall result depends on how components work together.

A complete project may require consideration of:

PV capacity → MPPT configuration → inverter sizing → battery voltage and capacity → BMS compatibility → load profile → grid conditions → protection → monitoring → installation environment

That is why the development of integrated product ecosystems is significant.

SRNE’s current portfolio spans residential hybrid inverters, off-grid inverters, C&I storage inverters, energy-storage systems, solar charge controllers, RV solar systems, accessories and monitoring.

Rather than seeing these as unrelated product categories, they can be understood as different elements within an energy chain:

GENERATE → CONTROL → CONVERT → STORE → MONITOR → MANAGE

This is perhaps the most useful way to understand the modern SRNE portfolio.

R&D Behind the Technology

For professional buyers, installers and project developers, product specifications matter — but so does the engineering infrastructure behind them.

SRNE reports 366+ R&D patents, including 54+ granted invention patents, as well as a production base exceeding 30,000 m². These figures are company-reported.

The company also reports several technical-development milestones.

In 2022, SRNE says it was designated the Guangdong Provincial Engineering Technology Research Center for Solar Energy Storage Technology.

Its corporate timeline states that it obtained SGS QTL laboratory qualification in 2024 and TÜV NORD Witness Laboratory Qualification in 2025.

For buyers and engineers, however, company-level credentials should be only one part of product evaluation.

The relevant datasheet, certification, battery compatibility, electrical specifications and installation requirements of the exact model should always be checked for the intended market and application.

SRNE maintains a technical download library containing product datasheets, user manuals, certificates and product documentation across its major product families.

What Does This Mean for Modern Energy Projects?

The evolution of brands such as SRNE highlights a broader transformation in the solar and storage industry.

The traditional question was:

“How much solar power can we generate?”

The modern question is becoming broader:

“How effectively can we generate, convert, store and manage that energy?”

Those are fundamentally different questions.

The first focuses primarily on generation.

The second considers the entire energy flow.

Solar technology provides the source.

Power electronics control and convert electricity.

Storage separates energy generation from the exact moment of consumption.

Monitoring provides visibility.

Intelligent control helps coordinate the different parts of the system.

And ultimately, successful projects depend on how effectively those technologies are integrated around the actual requirements of the application.

SRNE × NAIF FALCON

POWERING MORE POSSIBILITIES.

For Naif Falcon, representing an energy brand should go beyond simply displaying products.

The objective is to connect the right technology with the right application.

Whether the requirement involves solar control, power conversion, energy storage or intelligent system management, understanding the complete architecture is essential to designing a solution that fits the project.

That is the value of looking at SRNE not simply as a collection of individual products, but as a broader energy technology ecosystem.

SOLAR.
POWER CONVERSION.
ENERGY STORAGE.
SMART CONTROL.

SRNE × NAIF FALCON

POWERING MORE POSSIBILITIES.

For SRNE product availability, technical requirements and B2B enquiries, contact Naif Falcon Energy Solutions.