5 MWh LINYANG ATLANTIC 5 MWh Containerized Energy Storage System
Large-scale energy storage for companies, industry and renewables
The 5 MWh LINYANG ATLANTIC 5 MWh containerized energy storage system is an industrial BESS designed for large sites that want to manage energy more intelligently, reduce costs and improve power security. It is suitable for manufacturing companies, agricultural facilities, solar farms, wind farms, logistics centres, cold storage, processing plants, special economic zones and renewable energy investors.
A containerized energy storage system of this class does much more than store electricity. It helps decide when energy should be charged, when it should be used, when grid demand should be reduced and which loads should be protected first. As a result, energy storage becomes a practical tool for cost control, operational stability and business resilience.
A BESS for sites where energy is a strategic factor
LINYANG ATLANTIC 5 MWh is designed for projects where smaller energy storage systems are not enough. It can work with PV, photovoltaic installations, renewable energy sources, EMS platforms, the power grid and industrial infrastructure. It can operate as an energy buffer, a process protection asset, a peak shaving tool or part of a local microgrid.
The system can support:
- stabilisation of PV and renewable energy generation,
- storage of surplus photovoltaic energy,
- reduction of energy costs during peak hours,
- dynamic tariff operation,
- peak demand reduction,
- production line support,
- solar farm and wind farm operation,
- more predictable energy costs,
- improved business continuity.
Self-consumption – more PV energy used by the company
Self-consumption means using electricity generated by the company’s own PV installation directly on site. In large companies and agricultural facilities, the challenge is often that photovoltaics generate the most energy when the site does not need all of it immediately. Without storage, surplus electricity is exported to the grid, while the company later buys energy during other hours, often at a higher price.
The LINYANG ATLANTIC 5 MWh energy storage system for PV allows energy use to be shifted in time. Surplus solar energy can be stored and used later for production lines, cold storage, dryers, pumps, ventilation, EV chargers, automation, IT systems or other important loads.
Benefits of self-consumption:
- More energy from the company’s own PV installation is used on site.
- Less surplus energy is exported to the grid.
- PV generation is better matched to the company’s load profile.
- Electricity purchases during expensive hours can be reduced.
- Renewable energy investments become more profitable.
- The company gains more control over energy costs.
- The site is better prepared for hourly settlements and dynamic tariffs.
Energy independence – security in uncertain times
Energy independence increasingly means not only having a PV installation, but also being able to store energy and use it at the right moment. For companies, this is important protection against situations that may disrupt normal operation: blackouts, grid failures, connection overloads, energy price spikes, armed conflicts, economic sanctions and instability in fuel and energy markets.
The 5 MWh LINYANG ATLANTIC containerized energy storage system can become part of a business resilience strategy. It does not replace the entire energy infrastructure, but it gives the company more flexibility and better ability to respond to crises.
Energy storage for enterprises can help reduce risks related to:
- power outages,
- local grid failures,
- blackouts,
- sudden electricity price changes,
- cost increases caused by armed conflicts,
- economic sanctions affecting energy prices,
- grid connection capacity limits,
- production downtime,
- unstable renewable energy generation,
- the need to maintain power for critical loads.
For many companies, energy storage is now a security tool. It helps limit the impact of external crises on production, logistics, agriculture, refrigeration and technical infrastructure.
Peak shaving, energy arbitrage and dynamic tariffs
A large BESS allows a company to actively manage when energy is taken from the grid and when it is used. Peak shaving reduces short-term power peaks. When a facility suddenly needs more energy, the storage system can support the site and reduce grid demand. This is especially important where power charges, distribution fees and contracted power limits have a major impact on electricity bills.
LINYANG ATLANTIC 5 MWh can also support energy arbitrage. The system can charge when energy is cheaper or when PV produces surplus power, and discharge during more expensive hours. Combined with dynamic tariffs, EMS and load profile analysis, this can improve the economics of the entire site.
Key operating modes:
- peak shaving,
- load shifting,
- renewable energy time shifting,
- energy arbitrage,
- increased PV self-consumption,
- backup for selected loads,
- power quality support,
- voltage and frequency stabilisation,
- local microgrid operation.
Industrial energy storage for large energy users
Industrial energy storage systems are especially useful where electricity directly affects operational continuity. In manufacturing plants, logistics centres, cold storage facilities, dairies, processing plants, agricultural businesses and industrial parks, even a short power interruption may cause costly downtime.
LINYANG ATLANTIC 5 MWh can operate as energy storage for production lines, a buffer for PV farms, support for wind farms or an energy asset for special economic zones. It is a solution for companies that want to plan energy strategically instead of only reacting to another price increase.
Why choose Kon-TEC?
A 5 MWh energy storage project requires proper preparation. Capacity alone is not enough. The load profile, grid connection capacity, PV size, renewable energy strategy, production needs, self-consumption potential, tariffs, investor goals and integration with energy management systems must all be reviewed.
Kon-TEC supports this process from both a technical and business perspective. We do not treat an energy storage system as a standalone product. We look at the entire system: PV, photovoltaics, renewables, grid, EMS, production, 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 savings potential,
- support for investors, installers and designers,
- 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 implement energy storage as a real optimisation tool, not just another component of the installation.
Summary – 5 MWh for better control over business energy
The 5 MWh LINYANG ATLANTIC 5 MWh containerized energy storage system is designed for companies and renewable energy investors that need a large BESS for PV, photovoltaics, industry, agriculture and energy cost stabilisation.
It is suitable for companies, agricultural facilities, enterprises, solar farms, wind farms, production lines and special economic zones. It is an energy storage system for businesses that want to increase self-consumption, reduce exposure to energy price increases, protect processes and prepare for an unstable energy market.
