SLEER is an aggregated multi-channel electricity meter. It distributes, measures and manages independent circuits inside a single integrated architecture, so a multi-circuit installation needs fewer devices, fewer connections and less space.
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In a conventional multi-circuit system, every added circuit brings more meters, current transformers, terminals and wiring. SLEER is designed to remove that growth.
Distribution, aggregation and measurement happen in one product instead of several separate meters and components.
A shared architecture cuts the terminals and cable runs that a panel full of individual meters needs.
One compact unit replaces rows of meters, which frees panel and room space.
One device to install, configure and commission, not one per circuit.
Every circuit is measured independently, and all readings come out through one common communication path.
Processing, circuit management and output control sit in the same architecture as the measurement.
The value of SLEER is the complete system around a multi-circuit project, not the channel count on a datasheet.
| Conventional | SLEER |
|---|---|
| Multiple devices | Integrated architecture |
| Separate components | Integrated distribution |
| More wiring and connections | Reduced complexity |
| More installation space | Compact design |
| Several communication elements | One common architecture |
| Separate system sections | Integrated management |
Power enters once, and each circuit is distributed, measured and controlled inside the same unit.
Dual-core processing, a two-stage current transformer design, short-circuit protection, triangular busbar current distribution, active EMI shielding and a focus on thermal management, communication and protection.
Multi-unit residential buildings, commercial and office buildings, hotels and accommodation, and educational facilities and universities. Selected industrial applications follow at a later stage.
Our customers are building owners and developers, facility managers, engineering companies, system integrators and electrical contractors.
Beyond the integrated architecture, SLEER's development focuses on measurement accuracy and long-term stability.
Several parameters are analysed together to tell temporary environmental changes from real measurement drift, so accuracy holds for longer and frequent recalibration is less needed.
A short circuit is detected and the current transformer is disconnected from the sensitive measurement path before it saturates.
A triangular busbar structure and sinusoidal cable-connection slots improve current distribution and reduce resistance, heat and electromagnetic interference.
Persistent and transient electromagnetic interference is identified, classified and corrected so it does not affect the device's operation.
We prove the product first, then grow production and service capacity in line with confirmed demand.
Planned devices delivered per year (growth scenario).
Two founders who combine deep technical work with commercial experience.
Founder, CTO and Lead Inventor
Co-Founder, Business Development
SLEER grew out of nearly two decades of designing and building electronic panels for homes, commercial buildings and industry, from simple control to measurement, monitoring and communication. The team has worked across these fields:
Our founder and co-inventors received medals and prizes for a multifunction meter that connects to power, water and gas systems. Part of these awards is also certified in an official IFIA letter dated 18 October 2023.
Tap a certificate to enlarge.
Planning an installation with many circuits? Tell us about it.
info@sleerco.com