5 MWh Eenovance G-Power 5016-L Containerized Energy Storage System

5 MWh Eenovance G-Power 5016-L Containerized Energy Storage System

Containerized energy storage for large PV, renewable and industrial projects

The 5 MWh Eenovance G-Power 5016-L containerized energy storage system is a large-scale BESS designed for companies that want real control over how electricity is generated, stored and used. It is suitable for industrial plants, solar farms, wind farms, agricultural facilities, logistics centres, cold storage, industrial parks and special economic zones.

The system is designed as an industrial energy storage solution for PV, photovoltaics, renewable energy sources, the power grid and energy management systems. In practice, it can store surplus energy, reduce peak power demand, improve self-consumption and strengthen the energy security of the business.

A BESS combining energy storage with intelligent control

Eenovance G-Power 5016-L is more than a battery container. It is an integrated BESS that can work with BMS, PCS, PMS and EMS systems responsible for battery safety, power conversion, power management and overall system operation. This allows the storage system to become part of the company’s wider energy infrastructure, not only a separate device connected to the installation.

The system supports remote monitoring and fault diagnosis, which is important in industrial projects where fast access to system status affects operational continuity. Liquid cooling, multi-level protection and integration with renewable energy infrastructure make G-Power 5016-L suitable for demanding business applications.

Self-consumption – more PV energy stays in the company

Self-consumption is one of the most important reasons why companies invest in energy storage. A PV installation generates electricity when solar conditions are favourable, but consumption in a factory, farm or industrial site often follows a different pattern. Without energy storage, part of the surplus may be exported to the grid, while the company later buys electricity during more expensive hours.

The Eenovance G-Power 5016-L energy storage system for photovoltaics can store PV energy and release it later for production lines, refrigeration, dryers, pumps, ventilation, EV chargers, automation, IT systems or critical infrastructure. As a result, energy storage for companies improves PV profitability and reduces dependence on grid electricity.

Key benefits of self-consumption:

1. More energy from the company’s own PV installation is used on site.
2. Less PV surplus is exported to the grid.
3. Better alignment between PV generation and the facility’s load profile.
4. Lower electricity costs during expensive hours.
5. Higher efficiency of renewable energy investments.
6. More predictable energy bills.
7. Better preparation for dynamic tariffs and hourly settlement.

Energy independence – protection against crises and price shocks

Energy independence in business means being able to decide when energy is generated, when it is stored and when it is used. In times of volatile electricity prices, armed conflicts, economic sanctions, fuel supply risks and overloaded grids, energy storage for enterprises becomes part of business security.

Eenovance G-Power 5016-L can help reduce the impact of events that are difficult to predict. Combined with PV, renewables, EMS and a properly selected operating strategy, it can help maintain important processes and reduce the effect of external crises on the company.

The system can support protection against:

• sudden electricity price increases,
• price changes caused by war and armed conflicts,
• economic sanctions affecting the energy market,
• blackouts and local grid failures,
• grid connection capacity limitations,
• internal power infrastructure overload,
• production downtime,
• unstable renewable energy generation,
• the need to supply selected critical loads.

Energy storage for companies does not replace the whole power grid, but it gives the business more flexibility. It helps manage risk, costs and operational continuity more effectively.

Peak shaving, energy arbitrage and energy cost stability

Industrial energy storage systems are especially useful in facilities where costs depend not only on total energy consumption, but also on short-term peak power demand. Peak shaving means that the energy storage system discharges during periods of high demand, reducing grid consumption and helping lower power-related costs.

Eenovance G-Power 5016-L can also support energy arbitrage. The system can charge when energy is cheaper or when PV produces surplus electricity, then discharge during more expensive periods. With dynamic tariffs and a well-configured EMS, this operating model can become an important part of the company’s savings strategy.

Common operating modes:

• peak shaving,
• load shifting,
• renewable energy time shifting,
• energy arbitrage,
• increased PV self-consumption,
• backup for selected loads,
• power quality support,
• load profile stabilisation,
• microgrid operation.

Industrial energy storage for demanding sites

The 5 MWh Eenovance G-Power 5016-L is designed for sites where electricity directly affects production, logistics, storage, refrigeration, automation and process safety. In such facilities, a power interruption, excessive peak demand or unstable renewable generation can lead to real financial losses.

The system can therefore operate as energy storage for production lines, a buffer for PV farms, support for wind farms, an energy asset for agriculture or part of the infrastructure in a special economic zone. It is a solution for investors who want to plan energy strategically instead of reacting only when energy bills increase.

Why choose Kon-TEC?

A 5 MWh energy storage project requires proper preparation. Capacity alone is not enough. The load profile, PV size, peak demand, grid connection conditions, tariffs, backup needs, production requirements and EMS integration should all be reviewed.

Kon-TEC supports this process in a practical way. We treat energy storage as part of the whole system: PV, photovoltaics, renewables, grid, production, agriculture, EMS, costs and energy security.

Working with Kon-TEC means:

• selecting the energy storage system for the real operating profile of the site,
• analysing PV self-consumption and possible savings,
• support for investors, designers and installers,
• configuration for peak shaving, backup, dynamic tariffs, energy arbitrage or renewables,
• assistance with PV, EMS, SCADA and site infrastructure integration,
• experience in LiFePO4 technology, BESS and industrial energy storage systems,
• technical and after-sales support,
• help in organising technical assumptions before purchase.

Kon-TEC is a partner for companies that want to buy energy storage consciously: with analysis, support and a system operating plan, not just another device in the project.

Summary – 5 MWh for companies that want control over energy

The 5 MWh Eenovance G-Power 5016-L containerized energy storage system is designed for enterprises and renewable energy investors that need a large BESS for PV, photovoltaics, industry, agriculture and energy cost stabilisation.

It is suitable as a containerized energy storage system, energy storage for companies, energy storage for agriculture, energy storage for enterprises, energy storage for PV, energy storage for solar farms, energy storage for production lines, energy storage for wind farms and energy storage for special economic zones.

This is an energy storage system for businesses that want to increase self-consumption, make better use of renewables, reduce the impact of energy price spikes and prepare for a more demanding energy market.