Xair Networks (XairNet) was established the foundation to become a player in the Telco Infra Leasing in 2010 when they came up with the prototype for a base station site camouflaged as a public phone.

This would later be known as:

• Picocell on Payphone (POP)

With the obtainment of the Network Facility Provider (NFP) license from MCMC in Feb 2010, Xair proceeded with Proof of Concept (POC) with all 3 telcos whom would eventually gave their nod of approval.

XairNet would later innovated on the POP to come up with 2 more solutions which are the:

• Picocell at TNB Substation (PAT) – disguised as lightning arrestor
• Picocell on Streetlight (POS) – camouflaged as streetlight

Xair is one of the concessionaires for the deployment of cellular telecommunication infrastructure in Kuala Lumpur. These telecommunication towers are cleverly camouflaged to look like your run-of-the-mill streetlights.

Hidden behind these mundane streetlights however, are state-of-the-art telecommunication equipment encompassing technologies such as UMTS and LTE.

We are proud to announce that these structures, dubbed the Picocell on Streetlight (POS) are developed in-house by the engineers and designers at Xair.

After their deployment, POS would dramatically increase the coverage and capacity of Kuala Lumpur’s cellular network.

Our R&D arm is aim for technology development and solution provider for telecommunication industry and as well as to other industries that is related with the technology.

Our main objective is for pursuant of green and efficient energy generation solutions.

We are recipient of MOSTI’s Technofund grant for the development of Dual Counter Rotating (DCR) generator

DCR generator development:

• To realize and provide an efficient DCR (Dual counter Rotating) Generator by saving fuel consumption 40% by reducing the Revolution per Minute (RPM) and to compete with conventional generators available in the market.
• DCR Generator to reduce the Revolution per Minute (RPM) from 1500rpm to 750rpm, 3000rpm to 1500rpm with maintaining the output power.
• Reduce the fuel / energy consumptions for input energy source

Working Principle of DCR Generator

• The DCR Generator comprises of a first rotor and a second rotor being adapted to rotate relative to each other in opposite directions.
• Typically, one rotor provides a magnetic field, which may be established by either a permanent magnet or by an electromagnet while the other rotor provides a conductor in which the electric current is generated upon movement of the conductor through the magnetic field.
• Typically, the two rotors are mounted for rotation about a common axis with the two rotors positioned in an axially spaced relationship with an air gap defined there between.

Exploded view of DCR Generator

Target Market

• Xair is targetting the small genset industry as our entry into the market
• Initially target Telco usage of gensets as a trial market
• The Telco industry has 2 usages for Gensets; Primary source power (for rural sites) or Back-up power (for important sites)
• Telco utilizes a mixture of Gensets between 2-10kVa (for small stand alone sites) an 15-40kVa (for macro or hub sites)
• Figures of the Telco market (Maxis, Digi, Celcom)
• approximately 24,000 sites (7,500 each)
• approximately 15-20% on Gensets (3,600 genset sites)
• Indonesia has approx 200,000 sites with 40% on gensets
• Cambodia has approx 10,000 sites with 50% on gensets