Illustrative ThermaCore equipment concept in a dark industrial environment

Technology / ThermaCore platform

POWER AND THERMAL
MANAGEMENT.
DEVELOPED TOGETHER.

ThermaCore is developing an integrated energy platform around suitable thermal resources, with electrical generation, heating, chilling and intelligent control considered as one engineered system.

IN DEVELOPMENT Public technology overview · Proprietary architecture withheld SCROLL TO EXPLORE ↓

01 / Energy pathway

A new use for
thermal energy.

Start with a measurable thermal resource. Engineer the system around what the site actually has.

The public technology story is intentionally simple: define the available source conditions, integrate them with the ThermaCore platform, and evaluate useful outputs at the system boundary.

01 / INPUT

Suitable thermal resource.

Source temperature, flow, environmental conditions and relevant external inputs must be defined and measured for the application.

TC

Integrated platform

ThermaCore energy platform.

03 / OUTPUTS

What the site can use.

Electrical power, useful heating and chilling are evaluated as part of the wider system rather than as isolated component claims.

02 / Engineering principles

Designed around
the whole system.

Performance is not one component, one temperature or one headline number. The engineering programme considers system inputs, parasitic loads, controls, thermal services and sustained operation together.

01

Net power matters.

Electrical performance must be assessed after the system’s own electrical loads, not only at a single machine or component.

02

Thermal conditions matter.

Source and sink conditions shape the application. The site’s actual thermal resource is part of the engineering basis.

03

Integration matters.

Mechanical, electrical, controls and thermal-management requirements are treated as one coordinated platform.

04

Evidence matters.

Independent whole-system testing is the bridge between an engineering demonstrator and credible application-specific pilots.

03 / First demonstrator

≈3kWe engineering target

The first ThermaCore demonstrator is being developed to establish integrated electrical and thermal performance and generate the evidence needed to guide subsequent engineering decisions.

Engineering demonstrator target only. This does not define the commercial capacity of the Power-Box product family.

Validation at the system boundary

Measure what enters.
Measure what leaves.

The validation programme is intended to account for the complete system, including external energy inputs and the electrical demand of pumps, controls and auxiliary equipment.

01

Net electrical output

Measure usable electrical output after parasitic electrical loads, alongside start-up and other relevant external inputs.

02

Energy & exergy balance

Measure thermal and mass flows, quantify uncertainty and assess whether the complete system balances under defined conditions.

03

Operation & safety

Characterise start-up, steady operation, shutdown, restart and relevant containment and safety behaviours.

04

Thermal outputs

Characterise useful heating and chilling under measured source and sink conditions rather than assumed performance.

04 / Monitoring & Control

Visibility beyond
the enclosure.

SCADA is being developed as an integrated part of the ThermaCore platform.

The control environment is intended to provide operating visibility, supervisory control, alarms, trends and records that support engineering review, fault investigation and future service decisions.

Concept interface · In development · No live system data shown.

THERMACORE CONTROL CONCEPT INTERFACE · NOT CONNECTED

System overview

NO LIVE DATA
POWER OUTPUT—kWNOT CONNECTED
SYSTEM STATE— IN DEVELOPMENT
ACTIVE ALERTS— NO LIVE SYSTEM
HISTORICAL TRENDS EMPTY STATE
No operating history connected
EQUIPMENT STATUS

Thermal system —

Electrical system —

Controls —

Interface concept only
Illustrative software concept only Final interface and functions subject to development and testing

05 / Development programme

From engineering
to evidence.

The first demonstrator is a deliberate step, not the finish line. Each stage should reduce uncertainty, document performance and create the basis for the next engineering or commercial decision.

  1. 01Engineering
  2. 02Manufacture
  3. 03System integration
  4. 04Validation
  5. 05Pilot
  6. 06Commercial readiness

Development pathway · Stages shown do not indicate completion or committed dates.

Explore an application

Start with the
thermal resource.

Talk to ThermaCore about your operating environment, available thermal conditions and the evidence required before a pilot.

Discuss an application ↗