BLOOM ENERGY N1182080E191301230

Overview

BLOOM ENERGY N1182080E191301230 is a factory-calibrated service spare assembly for Bloom Energy SOFC solid oxide fuel cell Energy Server platform. BLOOM ENERGY N1182080E191301230 is typically a fuel cell stack subassembly, manifold module or gas/air distribution core component used inside the Bloom Energy Server on-site power generator. BLOOM ENERGY N1182080E191301230 is a serialized OEM part, traceable to factory burn-in and performance test records, supplied as exchange spare for scheduled overhaul and outage replacement of stationary fuel cell systems.

Features

BLOOM ENERGY N1182080E191301230 is built for high-temperature SOFC operating conditions, engineered to handle reformed natural gas, biogas or hydrogen fuel streams and oxidant air flow. It maintains controlled electrochemical reaction between fuel and air across the ceramic electrolyte layers to produce DC power. BLOOM ENERGY N1182080E191301230 comes with factory performance certification, pre-tested for open circuit voltage, power output, gas sealing integrity and leak tightness. It integrates internal gas flow passages, sealing gaskets and interconnection layers, and is designed to mate with the Energy Server’s air/fuel manifold, thermal insulation and power bus connections. BLOOM ENERGY N1182080E191301230 requires strict thermal ramp control during commissioning to avoid ceramic cracking; installation and validation must follow Bloom Energy service procedures. It includes built-in leakage supervision and performance trending parameters monitored by the system controller.

Specs

BLOOM ENERGY N1182080E191301230 is matched to a specific generation and frame configuration of Bloom Energy Server. The serial suffix encodes test batch, leak test criteria, power rating and material configuration. Wetted and hot-side materials are selected for high-temperature reducing and oxidizing atmosphere resistance. The assembly is not a standalone generator; it depends on the host server’s reformer, air blower, thermal management, inverter and control system. BLOOM ENERGY N1182080E191301230 is widely supplied as calibrated exchange spare for Bloom Energy field service teams.

Principle

BLOOM ENERGY N1182080E191301230 distributes fuel gas and preheated air to opposite sides of the ceramic SOFC electrolyte. At high operating temperature, fuel oxidizes electrochemically at the anode side, oxygen ions travel through the electrolyte to the anode, and electrons flow through the external circuit to generate DC electrical power. The manifold passages inside BLOOM ENERGY N1182080E191301230 maintain uniform flow distribution across all cell layers to prevent hotspots and uneven degradation. The host controller continuously monitors stack voltage, temperature profile and gas differential pressure. When performance degradation, internal leak or thermal anomaly is detected, the system triggers derate or safe shutdown and generates service alarms.

Applications

BLOOM ENERGY N1182080E191301230 is deployed inside Bloom Energy Server stationary power units for data centers, semiconductor fabs, hospitals, commercial campuses and industrial facilities. These systems provide continuous resilient on-site power from natural gas, biogas or hydrogen fuel. BLOOM ENERGY N1182080E191301230 is selected for spare inventory, planned stack replacement and emergency outage repair projects for Bloom SOFC power installations. It is the core electrochemical power generating subassembly of the Energy Server.