Telecom
Unlocking revenue and resilience: Pixii’s BESS solutions for telecom and TowerCos

The telecom industry depends on reliable backup power to ensure uninterrupted service, traditionally provided by lead-acid batteries. However, as the industry shifts toward lithium-ion alternatives, there is a unique opportunity to rethink backup power strategies with Battery Energy Storage Systems (BESS). 

Compared to conventional telecom backup solutions, Pixii’s BESS offers greater lifecycle performance, higher energy density, and advanced energy management compared to conventional solutions.

By adopting BESS, telecom providers not only enhance operational efficiency and resilience but also support sustainability and energy flexibility, meeting the increasing demands of a connected world.

Stacking services for operational stability and new revenue streams

Pixii’s battery energy storage system (BESS) is designed for maximum efficiency by stacking essential services that reduce Total Cost of Ownership (TCO) and open up new revenue streams.

With software-defined functionality in the PixiiBox and integrated energy management, telecom operators can unlock revenue opportunities through grid services and flexibility markets. This includes participating in energy arbitrage, where telecom sites become strategic power assets, ensuring resilience, cost efficiency, and a reduced environmental footprint.

Cost-saving battery services

DC and AC backup:
Protect your network against power cuts and ensure uninterrupted power supply.

PV self-consumption: Maximize your use of solar energy by storing excess energy for later.

Peak shaving: Reduce energy use during peak hours and lower your electricity costs.

Arbitrage: Buy and store electricity when prices are low and use it when prices are high.

Revenue-generating battery services

Wholesale electricity trading: Trade stored energy in bulk to balance supply and demand.

Frequency markets: Provide rapid-response energy to maintain grid frequency and stability.

Local flexibility markets: Provide energy storage and release services to manage local grid demands.

Voltage support: Help maintain stable voltage levels across the grid.

With uninterruptible DC power, a flexible and modular design, and a proven track record of 250 MW installed worldwide, Pixii’s BESS is already transforming power storage for critical industries. Designed to provide reliable 48Vdc output, our BESS ensures uninterrupted power for telecom sites.

Dynamic energy management with bi-directional power flow

Pixii’s bi-directional rectifiers allow stored energy to flow back to the grid, turning telecom sites into active participants in the energy market. This setup allows telecom companies to leverage the power stored across hundreds of sites as their own distributed energy network.

PixiiBox-4
PixiiBox is a 3.3kW bi-directional, software configurable AC/DC power conversion module
– the building block of all our backup solutions

This setup not only ensures operational reliability but also lets telecom providers participate in markets that reward contributions to grid stability and overall energy reliability – often referred to as Virtual Power Plants (VPPs). With extensive site networks, robust grid connections, and distributed energy storage, telecom infrastructure is well-positioned to capitalize on VPP opportunities. The Pixii BESS also meets international telecom standards and grid codes required for energy redistribution.

“Pixii’s hybrid BESS is not just a backup solution – it’s a strategic asset that transforms telecom infrastructure into an energy hub. By enabling dynamic energy management and participation in revenue-generating markets, our technology empowers TowerCos and telecom to go beyond reliability and turn operational resilience into a competitive advantage.”

Morten Schøyen, CPO Pixii.

Optimized solar integration and environmental impact

The Pixii hybrid BESS integrates seamlessly with solar arrays and diesel generators, supporting energy diversification and sustainability goals. By storing excess solar power for later use, such solution reduces grid dependency, optimizes energy use, and lowers operational costs, making it ideal for off-grid environments.

Additionally, the hybrid BESS can reduce fuel consumption by up to 30% when used for generator augmentation, extending generator life and lowering CO₂ emissions.

Telecom tower powered by hybrid energy, integrating PV solar panels
to enhance sustainability and ensure uninterrupted connectivity.

Built for growth and adaptability

Pixii’s modular and scalable design allows telecom operators to expand energy storage as their networks grow. With the PixiiBox, which offers galvanically isolated, hot-swappable modules, maintenance is simplified, and downtime is minimized. Real-time monitoring and control features provide valuable insights, enabling operators to optimize operations and maximize uptime.

With over 250 MW installed globally, Pixii’s solutions have a proven track record across multiple markets, delivering both backup power and new revenue opportunities.

Introducing PowerShaper TC for Telecom applications

The Pixii PowerShaper TC is a dual-purpose solution, combining the functionalities of an Uninterruptable Telecom Power Supply (UPS) with a Battery Energy Storage System (BESS).

Designed specifically for 48Vdc telecom applications, it ensures uninterrupted power for telecom sites, including remote locations prone to grid outages. With modular components like the PixiiBox bi-directional rectifiers, PowerShaper TC provides both power reliability and additional revenue potential, transforming telecom sites into flexible, resilient power hubs.

Download the data sheet of PowerShaper TC, ID Hybrid from the document and download section.

Value stacking for telecom
Uninterrupted 48Vdc back-up
The system is designed to supply a stable 48Vdc output for telecommunications loads. In the event of a main power failure, the system ensures continuity by utilizing the battery backup.
DC or AC coupled solar
Integrated MPPT functionality enables a complete DC coupled hybrid system. Our technology can also operate with most grid tied PV inverters, in on-, or off-grid mode, ensuring optimal value of existing solar installations.
AC back-up
Secure energy independency during power outages or grid restrictions.
Balance services/ Flexibility markets
Unlock the value of your battery energy storage system and monetize your system’s flexibility by offering available capacity to ancillary services like FFR, FCR, standard ramp FCAS services and more.
Local flexibility market
Provide energy storage and release services to manage local grid demands.
Grid support
Improve local peak power capacity by increasing maximum power capacity through smart energy storage systems. In locations with temporary overloads, energy storage systems can be installed to cover the overload to avoid having to upgrade larger parts of the grid.
Arbitrage
Support loads from the battery when electricity rates are high, and charge the battery when electricity rates are low.
Voltage support
Help maintain stable voltage levels across the grid.
Peak shaving
Reduce your demand charges and save costs by shaving the peaks of your power consumption.
Modular technology is the enabler for a wide range of markets to unlock the true potential of battery energy storage systems
Making green energy convenient for all

      Are you interested in learning more about energy storage for Telecom? Please share your contact details and we will keep you posted.