For industrial scenarios such as heavy‑industry manufacturing, oil extraction and port operations, heavy‑duty equipment features high startup power, heavy operating load and long‑duration power consumption. Conventional energy‑storage devices come with fixed capacity, limited expandability and weak load‑bearing capacity. They are prone to power shortage, voltage fluctuation and unexpected equipment shutdown, which severely disrupt production schedules and operational safety.
Tianjin Plannano Nano‑Technology Co., Ltd. has long specialized in industrial energy storage and developed the Plannano commercial‑industrial energy‑storage system as a targeted solution. It supports multi‑unit parallel expansion with flexible, bottleneck‑free capacity upgrade. Drawing on its full‑range energy‑storage product portfolio including supercapacitors, capacitors, lithium‑titanate‑oxide (LTO) batteries, LFP batteries and lithium‑ion batteries, the system allows either independent assembly or hybrid configuration. With exceptional load‑carrying performance, flexible expandability and long‑term stable power supply, it serves as a robust power guarantee for all types of heavy‑duty equipment.
Against common industry pain points of traditional energy‑storage systems such as fixed capacity, high expansion costs and poor parallel compatibility, the biggest highlight of the Plannano energy‑storage system lies in worry‑free capacity expansion and free parallel connection. Equipped with Plannano’s self‑developed intelligent parallel equalization technology, the system is compatible with all single energy‑storage units. Seamless connection, load balancing and synchronized collaborative operation can be realized whether multiple units of one single cell type are connected in parallel or mixed‑category energy‑storage devices are networked in parallel. No power loss, harmonic interference or operational malfunction occurs after parallel connection.
System capacity can be flexibly increased on‑demand to match enterprise production upgrades, added equipment and rising loads. A small‑capacity emergency backup power system can be easily upgraded into a large‑scale industrial energy‑storage cluster, perfectly satisfying phased expansion demands of heavy‑industry enterprises. There is no need for full‑scale equipment replacement, which greatly cuts iteration and upgrade costs for corporate energy‑storage facilities.
Backed by its diversified energy‑storage product matrix, Tianjin Plannano Nano‑Technology Co., Ltd. can customize exclusive energy‑storage configurations for heavy‑duty equipment under different working conditions, supporting both independent assembly and hybrid installation modes to comprehensively improve power‑supply stability.
The single‑unit independent assembly mode meets basic energy‑storage demands of regular heavy‑duty equipment:
LFP batteries and lithium‑ion batteries feature large storage capacity and steady discharge, suitable for long‑term continuous power supply to keep production lines and large‑scale machinery running non‑stop.
Lithium‑titanate‑oxide (LTO) batteries withstand extreme high‑low temperatures, resist capacity degradation and deliver an ultra‑long service life, ideal for heavy‑duty equipment in harsh environments such as outdoor heavy‑industry sites, cold‑climate oilfields and open‑air wharves.
Supercapacitors and capacitors respond rapidly and provide strong instantaneous power output, effectively offsetting huge current surges during the startup‑shutdown cycle of heavy‑duty equipment, stabilizing grid voltage and protecting circuit safety.
For heavy‑duty equipment operating under ultra‑high‑power, heavy‑load and high‑impact conditions, a single energy‑storage unit can hardly satisfy multiple requirements including voltage stabilization, energy storage, surge resistance and harsh‑condition adaptability. The Plannano energy‑storage system adopts a combined solution of mixed‑category hybrid configuration plus multi‑unit parallel expansion to achieve performance superposition and complementary advantages.
Scientifically matched assemblies of supercapacitors, LTO batteries, LFP batteries and lithium‑ion batteries are further expanded via parallel‑connected units. The supercapacitors supply instantaneous high‑current output to buffer load shocks during equipment startup and shutdown and prevent failures caused by sudden voltage changes. LFP and lithium‑ion batteries provide large‑capacity stored power to meet long‑duration high‑load electricity consumption. Meanwhile, LTO batteries deliver outstanding weather resistance for complex and severe industrial environments, building an all‑round solid power safeguard for heavy‑duty machinery.
As a dedicated high‑performance energy‑storage solution for industrial heavy‑duty equipment, the Plannano energy‑storage system boasts stable parallel‑operation performance, a high load‑bearing ceiling and excellent safety performance. All its supercapacitors, capacitors, LTO batteries, LFP batteries and lithium‑ion batteries have passed strict overload tests, parallel compatibility tests, high‑low temperature shock tests and short‑circuit protection tests. After multi‑unit parallel connection, the cluster supports intelligent equalization, overload protection, automatic fault self‑diagnosis and independent maintenance. Failure of one single unit will not affect the operation of the whole cluster, effectively lowering risks of unexpected power cuts, unstable power supply and equipment shutdown in heavy‑industry sites and enabling efficient, safe and non‑stop industrial production.
Benefiting from its core strengths of flexible expansion, powerful load‑carrying capability and wide working‑condition adaptability, the Plannano energy‑storage system is widely applicable to backup‑power scenarios for heavy‑duty equipment across multiple industries.
In the petroleum sector, it delivers stable stored power for drilling rigs, production units and large exploration machinery, adapting to complex field environments.
At port terminals, it supplies high‑power backup power for port cranes, large loading‑unloading equipment and freight‑handling units to support heavy‑duty operations.
It also fits heavy‑duty production lines, large‑scale industrial equipment and high‑end mining machinery inside industrial parks. In addition, it can serve as emergency backup power for commercial office buildings, hospitals and other common facilities, realizing universal applicability for a full spectrum of scenarios and operating conditions.
Focused on high‑performance industrial energy storage, we solve bottlenecks in capacity expansion and stable power supply! Moving forward, Tianjin Plannano Nano‑Technology Co., Ltd. will continuously optimize multi‑unit parallel expansion technology and upgrade the performance of supercapacitors, capacitors, LTO batteries, LFP batteries and lithium‑ion batteries. We will further enhance the load‑bearing capacity and expansion flexibility of the Plannano energy‑storage system, delivering more stable, safer and cost‑effective professional energy‑storage power solutions for heavy‑duty industrial equipment in diverse industries and driving the high‑efficiency upgrade of industrial energy storage.
