CellTech, a distinguished leader in the realm of Mobile Telecoms Infrastructure Construction, excels in providing cutting-edge electrical services that underpin the backbone of modern telecommunications networks. Recognized for their unwavering commitment to innovation and quality, CellTech has emerged as a go-to partner for clients seeking reliable and state-of-the-art electrical solutions in the dynamic field of mobile telecommunications.
At the core of CellTech’s prowess lies a deep-seated expertise in electrical infrastructure. With a dedicated team of skilled engineers and technicians, the company delivers end-to-end solutions encompassing the design, installation, and maintenance of electrical systems vital for telecom networks.
Through decades of combined mobile telecommunications experience within the team there is not operator, project or installation CellTech are not familiar with. CellTech are the chosen electrical build partner for many SWC’s within the industry due the expetise from our Electrical Project Engineers who provide the back office pre-build planning to our onsite engineers.
Engineers carry industry recognised certification such as rooftop and radio frequency along with require electrical installation qualifications.
CellTech is a certified Electricity Meter Operative (EMO) under the REC Management Code in line with CoMCoP and MOCOPA standards. This accreditation allows CellTech to carry out DNO fuse pulls (for isolation or fuse rating confirmation) and install DNO isolator switches into both single and three phase supplies.
Our SIP services are offered nationwide, using dedicated qualified electrical engineers, experienced in mobile telecoms project and site requirements such as booking outages and site access arrangements.
CellTech offers a specialised electrical survey and design service, which includes week-long load monitoring, load tests and LL origin investigations. Our team of experts ensures that electrical aspects are thoroughly examined, providing essential insights to load characteristics and supply capacity to inform design and implementation phases
