Access to reliable electricity is a vital part of modern life. It is necessary for economic growth, education, healthcare and a better standard of living. Unfortunately, many remote or crisis-stricken communities around the world do not have access to a stable, reliably functioning electrical grid.

People living in remote parts, islands and in crisis areas are thus forced to rely on their own electricity production. Diesel and gas, as former energy sources, are no longer up-to-date, their availability is not guaranteed in all cases, so in most places they are increasingly replaced by wind and solar energy.

The TNE Box enables electrification even without a network connection, in pure isolated operation, or connected to an electrical network. It can ensure the continuous energy supply of electrical equipment, even in locations far from inhabited areas, where there is no built-in electricity network, or the quality of the electricity supply is uneven, or the network is only available intermittently. This solution improves quality of life while protecting our planet.

Its use is also ideal in noise-sensitive environments, such as events, big city construction sites, telecommunications or rental applications.

In order to ensure optimal consumption and continuous availability, the equipment can receive and manage multiple power sources, whether it is a power grid, a solar panel system, a wind wheel, an aggregator, or the TNE Box's own batteries. The performance and capacity of the equipment, as well as the power source selection algorithm, are designed and built in a customized manner depending on the conditions of use and operational expectations.

The LFP (lithium-iron-phosphate) battery technology used is one of the most mature and reliable methods of modern battery power storage.

Areas of application, benefits:

• Clean and quiet energy source
• Ideal if the network connection is unavailable, inadequate or would be very expensive to build
• Provides less exposure, even complete independence from oil and gas and diesel supply
• It can be used to reduce fuel consumption and emissions
• Improves the quality of life of people living in the area
• It can ensure carbon neutrality
• It is cheaper to use than the electric grid
• Enables the more efficient use of various renewable energy sources
• With high-density lithium-ion batteries, the units are more compact and lighter than conventional alternatives
• It can provide more than 12 hours of performance with a single charge

Areas of application:

• Power plants
• Telecommunications
• Constructions
• Events
• Charging stations
• Renewable energy sources