Reliable, silent and mobile battery power for productions where every take matters.
AVAILABLE FOR HIRE
Eliminate generator noise with
virtually silent battery power on set.
Portable from location to location
with mobile trailer-mounted solutions.
Reduce diesel consumption, costs
and Scope 1 emissions by ~53%.
Power Saving Solutions delivers intelligent battery energy storage systems for TV and film productions where reliable, silent and flexible power is essential.
Designed and manufactured in the UK, Hussh Pods provide standalone or hybrid battery power for studios and location shoots, reducing generator runtime, noise, fuel consumption and carbon emissions without compromising production performance.
From cameras, lighting and production equipment to location facilities and supporting infrastructure, we help keep productions powered wherever the next shoot takes you.
Our trailer-mounted Hussh Pods combine high-performance battery energy storage with the flexibility to move quickly between sets and locations bringing reliable, silent power exactly where it’s needed.
Trailer-mounted solutions make it easy to relocate battery power as production requirements change.
Bring power closer to the action, including remote and difficult-to-access locations.
Arrive, position and connect. Helping production teams minimise setup time between locations.
Operate standalone or alongside generators and available grid supplies to suit changing production requirements.
Typical PSS customer outcomes that set the benchmark for intelligent temporary power.
Equivalent reduction
in Scope 1 emissions
Including fuel, generator servicing, transport and hire costs
Whether filming on location, in the studio or somewhere completely off-grid, Hussh Pods provide flexible battery power across a wide range of production requirements.
Our most popular products for the TV & film industry are the 30/45, 45/90 and 60/100 which are available as trailer mounted solutions. For productions that require even higher power demands, the Hussh Pod 150/150 is ideal. Browse our product range below.
Available for Hire | Manufactured & Supported in the UK
The screen industry is accelerating its transition away from fossil-fuelled temporary power, with initiatives such as SPARK setting out a pathway towards clean temporary power by 2030.
PSS supports that transition by providing practical battery energy storage solutions that reduce diesel reliance without compromising the flexibility, reliability or performance productions depend on.
We’re more than a battery supplier. Our industry-leading combination of advanced engineering, nationwide support and real-time operational data intelligence delivers reliable, flexible and lower-carbon temporary power for productions across the UK.
Smart, purpose-engineered hybrid battery systems that deliver greater efficiency and more measurable savings.
End-to-end engineering expertise and nationwide 24/7 technical support to maximise uptime and customer success.
Real-time monitoring and operational data intelligence that proves performance and drives continuous optimisation.
Speak to our expert team about reliable, silent and mobile battery power for your next studio or location production.
BESS is suitable for both live and pre-recorded productions. Its on-demand power capabilities make it perfect for high-stakes environments where downtime or power fluctuation isn’t an option.
Power interruptions can halt production, damage equipment, and increase costs. A reliable power setup ensures your shoot runs to schedule and protects the integrity of your footage.
Absolutely. BESS units are safe, adaptable, and compact enough for indoor studio setups while being robust enough for outdoor environments. Their low noise and emission-free design make them ideal for all filming conditions.
Yes. Hussh Pods operate virtually silently, reducing the need for generators to run continuously and help minimise noise around sound-sensitive sets.
Yes. Our trailer-mounted Hussh Pods are designed for mobile applications, allowing battery power to be transported and repositioned as production requirements change.