Virtually all telecom infrastructure is currently using legacy DC battery technology that could greatly benefit from the introduction of our Vortex Battery Energy Storage Solutions BESS.
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Grid-tied renewable energy solutions typically use fossil fuel gensets to augment the power required during time periods when insufficient power is generated from the renewable energy source (blackout periods).
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EV Fast Charging Stations are expected to grow exponentially over the foreseeable future to facilitate the expected demand from mass consumer adoption. The grid won't be able to keep up with peak power demand therefore requiring the use of energy storage to offload demand during peak power periods.
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Off-grid renewable energy applications (Solar, Wind) require battery energy storage and may utilize an alternate source of power such as fossil fuel gensets to augment the power required during blackout time periods.
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Our Partnership with Conestoga College's R&D labs is focused on developing a longer life, faster charge/discharge battery energy storage solution addressing Grid overload challenges anticipated from the forecasted exponential growth of EV Fast Charging Stations .
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Vortex provides professional services based on our client requirements for Fibre Networks as well as BESS applications.
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Virtually all telecom infrastructure is currently using legacy DC battery technology that could greatly benefit from the introduction of our Vortex Battery Energy Storage Solutions BESS.
Learn MoreGrid-tied renewable energy solutions typically use fossil fuel gensets to augment the power required during time periods when insufficient power is generated from the renewable energy source (blackout periods).
EV Fast Charging Stations are expected to grow exponentially over the foreseeable future to facilitate the expected demand from mass consumer adoption. The grid won't be able to keep up with peak power demand therefore requiring the use of energy storage to offload demand during peak power periods.
Virtually all telecom infrastructure is currently using legacy DC battery technology that could greatly benefit from the introduction of our Vortex Battery Energy Storage Solutions BESS.
Learn MoreOur Partnership with Conestoga College's R&D labs is focused on developing a longer life, faster charge/discharge battery energy storage solution addressing Grid overload challenges anticipated from the forecasted exponential growth of EV Fast Charging Stations.
Vortex provides professional services based on our client requirements for Fibre Networks as well as BESS applications.
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Energy storage applications are growing exponentially as the world moves away from fossil fuel dependence. This in turn is driving the development of devices with greater energy density and higher performance. The use of graphene in energy storage devices is transforming the sector, from its use in solid state battery to applications in electrochemical batteries.
Graphene has a number of unique properties. Its tensile strength is 200 times that of steel; it is 1000 times lighter than paper; its thermal conductivity is three times that of a diamond; and it is a superconductor at normal temperatures with transmission rates far faster than other conductors.
Graphene is made up of films just one carbon atom thick, and with its large specific surface area, excellent conductivity, and honeycomb-like structure, it is the ideal material for battery applications.
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Exceptional cost savings solutions compared with other leading battery energy storage solutions.
No risk of Thermal Runaway and fire hazard.
Too Hot or Cold? Our BESS works in extreme temperatures and minimizes HVAC requirements.
Our solution is built to last for a long time, up to 5X longer than other battery technologies.
Save on OPEX. Minimal maintenance and remote monitoring available.
Truly green solution with no hazardous waste disposal to worry about.
