Sigenergy takes smarter home energy to Africa

Sigenergy has unveiled its next-generation residential energy storage solution, SigenStor Neo, to the West African market at Nigeria Energy 2026, took place from 27–29 October at the Landmark Centre in Lagos

The launch marks an important step in the company's regional expansion, bringing an integrated residential energy platform to a market where households increasingly require greater control over electricity generation, storage and backup power.

Designed to combine several essential energy functions within a single system, SigenStor Neo brings together battery storage, power conversion, backup capabilities and intelligent energy management. Its architecture is intended to help homeowners coordinate different energy sources while simplifying the way residential power systems are configured and operated.

In Nigeria, where households often combine grid electricity with solar installations and generators, the ability to manage multiple power sources is particularly relevant. SigenStor Neo addresses this requirement through an integrated platform designed to connect and coordinate different energy resources within one residential ecosystem.

Jade Martyn, sales director - Africa at Sigenergy, said, "West Africa is an important market for Sigenergy, with customers looking for reliable and flexible ways to manage increasingly complex home energy needs. SigenStor Neo is designed to bring different energy resources together within one intelligent ecosystem, giving homeowners greater flexibility in how they generate, store and manage their energy. We are excited to introduce the next generation of SigenStor to West Africa at Nigeria Energy 2026,"

Smart connectivity for multiple energy sources

A defining feature of SigenStor Neo is its Smart Port and Backup Port configuration, which gives the system the ability to accommodate a wider range of energy resources.

The Smart Port supports connections with compatible third-party inverters, external generators and electric vehicle chargers. This enables homeowners to bring different technologies into a coordinated energy setup rather than managing each resource independently.

For Nigerian households that rely on generators during periods of grid interruption, this connectivity offers an additional layer of flexibility. External generators can be integrated into the wider system, while households with existing solar installations can connect compatible third-party inverters when upgrading their energy infrastructure.

The architecture also provides scope for future system modifications as household consumption patterns and energy requirements change. By supporting additional devices and energy sources, SigenStor Neo offers a more adaptable approach to residential energy management.

Advanced backup capabilities for greater power continuity

Power reliability remains a key consideration for residential energy consumers. SigenStor Neo incorporates several features designed to maintain electricity supply when interruptions occur.

The system offers 0 ms load-side disruption and peak power output of up to 200%, supporting the continued operation of connected household appliances during grid outages.

Its dedicated Backup Port provides an additional connection for supplying household loads, while the Smart Port allows compatible external backup resources, including generators, to become part of the overall energy configuration.

By combining stored electricity with grid connectivity and additional backup options, the system gives homeowners more flexibility in determining how their power supply is maintained under different operating conditions.

This integrated configuration positions SigenStor Neo as a comprehensive residential energy management solution rather than simply a battery storage installation.

Modular storage designed for future expansion

Flexibility also extends to the system's storage configuration. SigenStor Neo supports up to six vertically stacked battery modules, enabling customers to select an initial capacity based on their present consumption and expand it as requirements increase.

This modular arrangement allows households to avoid committing to their maximum anticipated storage capacity at the outset. Instead, additional battery capacity can be introduced as electricity consumption grows or new energy requirements emerge.

Another important feature is the built-in pack optimiser, which enables compatible existing and newly added batteries to operate together within the same system.

The platform also incorporates an eight-layer protection architecture to support operational safety and system reliability.

For households planning to add more appliances, increase solar generation or eventually incorporate electric vehicle charging, the expandable design provides greater flexibility over the longer term.

Integrated engineering simplifies installation

Beyond its residential applications, SigenStor Neo has been developed with installation efficiency in mind.

The platform combines the inverter, battery, power conversion system (PCS), energy management system (EMS) and gateway within a unified design. Integrating these functions reduces the need for multiple standalone components and creates a more streamlined installation arrangement.

Sigenergy has also incorporated several practical design features to support installers. These include lightweight battery modules equipped with lifting handles, a single side cover for wiring access, and an optimised terminal layout.

Together, these elements are intended to simplify equipment handling, reduce installation complexity and minimise on-site labour requirements.

For installation partners, the integrated architecture offers a more straightforward approach to deploying residential energy storage systems, while homeowners benefit from a compact and consolidated setup.

AI integration brings intelligent energy management

Intelligent energy management is another central element of SigenStor Neo, which forms part of Sigenergy's broader AI in All strategy.

The system incorporates SigenAgent, described by the company as the energy industry's first all-domain AI agent, accessible through mySigen App 4.0.

The platform is designed to make residential energy management more intuitive by allowing users to communicate their broader energy objectives rather than manually adjusting individual operating settings.

For example, homeowners can establish priorities such as lowering electricity expenditure or maintaining sufficient stored energy for backup requirements. SigenAgent can then analyse operating conditions and coordinate connected hardware to support those objectives.

This approach is particularly relevant to households using a combination of grid electricity, solar generation, batteries and generators. By bringing these resources together through intelligent control, the platform aims to simplify energy management and provide users with greater visibility into their household electricity consumption.

The combination of connected hardware, automated energy coordination and AI-driven management further expands the functionality of SigenStor Neo beyond conventional residential battery storage.

Sigenergy expands its presence across west africa

The introduction of SigenStor Neo at Nigeria Energy 2026 represents another milestone in Sigenergy's regional development strategy.

The company is targeting opportunities across several West African markets, including Nigeria, Ghana, Côte d'Ivoire, Sierra Leone, Liberia and Togo, where interest in distributed solar generation and energy storage continues to create opportunities for residential energy technologies.

Nigeria serves as the launch platform for the new system, providing an opportunity to introduce its integrated capabilities to customers, distributors and industry stakeholders across the region.

By combining solar integration, battery storage, generator connectivity, backup power and AI-based energy management, Sigenergy is positioning SigenStor Neo as a flexible solution for households seeking to improve their control over electricity supply.