Calculators
Quick engineering tools for pack architecture and PCM composite design.
Battery Pack Calculator
Estimate pack voltage, capacity, and energy from a chosen configuration.
PCM Composite Calculator
Explore PCM composite mixes and estimate key properties for thermal design.
Insights & Methods
PCM Composites in Battery Enclosures
THERMAL MANAGEMENT • PCM COMPOSITES Battery performance and reliability are fundamentally limited by temperature. Integrating phase change material (PCM) composites directly into a battery enclosure provides a passive, highly effective...
PCM Composites in Battery Enclosures
THERMAL MANAGEMENT • PCM COMPOSITES Battery performance and reliability are fundamentally limited by temperature. Integrating phase change material (PCM) composites directly into a battery enclosure provides a passive, highly effective...
How Quantum Mechanics Shapes Modern Battery Pac...
Most people interact with batteries as everyday objects — something that either “works” or “doesn’t.” But anyone building advanced battery packs for aerospace, defense, robotics, or microelectronics knows the truth:...
How Quantum Mechanics Shapes Modern Battery Pac...
Most people interact with batteries as everyday objects — something that either “works” or “doesn’t.” But anyone building advanced battery packs for aerospace, defense, robotics, or microelectronics knows the truth:...
How We Engineer Our Own PCM Compositions
At Zero Point Energy Labs, thermal regulation isn’t an afterthought—it’s a designed function. Our PCM (Phase Change Material) thermal modules are engineered in-house using performance-validated compounds and high-grade packaging...
How We Engineer Our Own PCM Compositions
At Zero Point Energy Labs, thermal regulation isn’t an afterthought—it’s a designed function. Our PCM (Phase Change Material) thermal modules are engineered in-house using performance-validated compounds and high-grade packaging...
How to Choose the Best Battery Cell and Pack fo...
Choosing the right battery cell and pack is critical to performance, safety, and longevity—especially for critical systems and missions. This guide breaks down how to read a cell and pack...
How to Choose the Best Battery Cell and Pack fo...
Choosing the right battery cell and pack is critical to performance, safety, and longevity—especially for critical systems and missions. This guide breaks down how to read a cell and pack...
The Living Lattice: ZPE Labs’ Philosophy on Ene...
At ZPE Labs, we don’t just build battery packs — we cultivate energy ecosystems. Each pack we design is a dynamic lattice: a network of electrochemical “cells” bonded together through...
The Living Lattice: ZPE Labs’ Philosophy on Ene...
At ZPE Labs, we don’t just build battery packs — we cultivate energy ecosystems. Each pack we design is a dynamic lattice: a network of electrochemical “cells” bonded together through...
Precision Power: How We Assemble Battery Packs ...
At Zero Point Energy Labs, every battery pack is a precision-engineered energy system—not just a collection of cells. To ensure peak performance and lasting reliability, we use Micro TIG welding...
Precision Power: How We Assemble Battery Packs ...
At Zero Point Energy Labs, every battery pack is a precision-engineered energy system—not just a collection of cells. To ensure peak performance and lasting reliability, we use Micro TIG welding...
