Enerlution ESS

🔋 Does every home really need a large battery from day one?
Not necessarily.

A household’s storage needs depend on its solar generation, electricity consumption, evening loads and budget. And those needs can change over time.

That’s where a modular battery approach becomes useful.

The Enerlution LFPApollo 5000 starts with 5.22kWh per module, allowing residential storage capacity to be configured step by step:
5.22kWh → 10.44kWh → 15.66kWh → 20.88kWh

This gives solar installers more flexibility to match battery capacity to the actual project instead of automatically oversizing the system.

Built for residential energy storage, LFPApollo 5000 features:

🔹 LiFePO₄ battery technology
🔹 90% depth of discharge
🔹 ≥6,000 cycles at 25°C / 0.5C
🔹 IP65 protection
🔹 Wall-mounted or floor-standing installation
🔹 CAN + RS485 communication
🔹 Operating discharge range from –20°C to +55°C
🔹 48.4kg compact battery module

Start with what the home needs. Keep flexibility for what comes next.

For solar installers and distributors, contact Enerlution to discuss residential ESS sizing, system integration and cooperation opportunities.

🌕 Happy Mid-Autumn Festival from Enerlution!

Under the same moon, we may be in different cities and different countries—but good partnerships keep us connected.

On this special occasion, we would like to thank all our customers, partners, friends, and colleagues for being part of Enerlution’s journey.

May the full moon bring happiness to your family, success to your work, and brighter possibilities for the year ahead.

🥮 Enjoy the moon.
🏡 Enjoy the reunion.
💚 Enjoy the moments that bring us together.

Wishing everyone a joyful and peaceful Mid-Autumn Festival!

A home battery is expected to work for years. But how much of that reliability is actually built on the production line?

Capacity, cycle life and warranty are easy to compare on a datasheet. Long-term reliability depends on much more.

Before an energy storage system reaches a home, manufacturing has to control hundreds of details—from cell handling and module assembly to BMS integration, electrical connections, testing and production records.

At Enerlution, this is why we invest in automated manufacturing and MES-based production traceability.

For us, the goal is not automation for its own sake. It is to make production more consistent and quality issues easier to identify and trace as deployment volumes grow.

🔋 Controlled battery assembly
⚙️ Automated production processes
📊 MES traceability
🧠 BMS & EMS development
🧪 System testing and quality verification

A reliable home battery starts long before installation. It starts with how every unit is built and verified.

Looking for a residential ESS manufacturing partner? Contact Enerlution to discuss your product requirements, project volumes, OEM/ODM needs and local market requirements.

Dynamic electricity tariffs are changing the role of home energy storage in Europe.

For solar installers, the question is no longer only “How many kWh does this home need?”

As electricity prices change throughout the day, residential ESS projects increasingly need to consider how PV generation, battery storage, household demand, grid electricity and backup capacity work together.

That puts more emphasis on practical system capabilities such as:

⚡ Dynamic-tariff energy management
☀️ PV input and generation management
🔋 Flexible battery sizing
↔️ Export control
🏠 Backup capability
📱 Simple monitoring and system control

The Enerlution CBE2000 Pro is one solution designed around these changing requirements, combining AI HEMS, 4 MPPT / 2600W PV input, 2–12kWh scalable storage, zero-feed-in support and

A 500kWh battery is not automatically the right solution for a site that needs 500kWh.

For commercial and industrial energy storage projects, capacity is only one part of the design.

A factory trying to shave a 250kW peak for 30 minutes has a very different requirement from a facility trying to shift three hours of surplus solar generation into a later operating period.

Before selecting a C&I BESS, the project needs to connect:

⚡ Load profile — When and how long do demand peaks occur?
☀️ PV generation — How much surplus energy is actually available?
📊 Tariff structure — Where can storage create measurable economic value?
🔋 kW + kWh — How much power and usable energy are required?
🧠 EMS strategy — Peak shaving, PV self-consumption, load shifting or backup reserve?
🔧 O&M requirements — How will the system be monitored and supported after commissioning?

The battery, BMS, PCS and EMS ultimately have to operate as one system around the site's actual requirements.

That is why C&I storage design should start with the project data—not with a battery capacity from a catalogue.

Enerlution works with EPCs, system integrators and project developers on C&I energy storage configurations for different operating requirements.

Have a project under evaluation? Start with the load profile, PV configuration and intended operating strategy.

European stock changes more than delivery time. It changes how quickly a solar project can respond.

For distributors, installers and EPC partners, waiting for another overseas shipment can become a problem when stock runs low, an installation schedule changes, or an existing system needs an additional battery.

Enerlution supports European partners with local warehouse stock across key markets, covering multiple residential energy storage solutions:

🔋 Low-voltage batteries
🔋 High-voltage batteries
⚡ All-in-one energy storage systems

The practical value is straightforward: shorter replenishment cycles, easier access to replacement units, and more flexibility when project demand changes.

OEM/ODM support is also available for partners developing their own energy storage portfolio.

For us, European warehousing isn't simply a logistics advantage. It's part of making long-term cooperation easier after the first shipment has arrived.

If you're distributing or installing solar + storage systems in Europe, contact Enerlution to discuss available models and local supply options.

Enerlution Europe B.V. is heading to ReBuild Ukraine 2026 in Warsaw.

Ukraine's energy reconstruction creates a much bigger engineering question than simply replacing lost generation:

How do we build a more distributed and resilient power system?

At ReBuild Ukraine: Construction & Energy, we'll be meeting EPCs, system integrators, project developers and local partners to discuss practical applications for:

⚡ Solar + BESS
🏭 C&I energy storage
🔋 Containerized BESS
🏘️ Distributed & community energy
🔗 Microgrids and energy management

For projects facing unstable grids, critical loads or increasing renewable pe*******on, storage needs to work as part of the complete energy architecture—not as a standalone battery.

📅 November 12–13, 2026
📍 EXPO XXI, Warsaw, Poland
📌 Booth 3-E10

Planning to attend? Visit Enerlution Europe B.V. at Booth 3-E10 and bring your project requirements—we'll discuss the system configuration with you.

One residential battery platform. More flexibility for different Solar + Storage projects.

Across Eastern Europe, residential storage requirements can vary significantly from one project to another. A larger evening load, longer backup requirement or additional household electrification can push storage demand well beyond 10kWh.

The ENERLUTION GH02-5324 High-Voltage Stackable Battery gives solar installers a wider configuration range without changing the basic battery platform:

🔋 15.97–42.60kWh scalable capacity
⚡ 153.6–409.6V high-voltage architecture
❄️ Heating module for low-temperature environments
🏠 IP65 protection
🔗 CAN / RS485 communication
📱 APP monitoring, remote diagnosis & OTA

For installers handling different residential projects, this means the battery capacity can be adjusted around the actual PV system, household load and backup requirement—while keeping a familiar modular architecture.

Planning an Eastern European Solar + Storage project? Share your inverter model and required storage capacity with ENERLUTION for system matching.