Model your project savings and peak-demand reduction
Calculate ROIFrom ASSR to a site-specific design — for every Malaysian site, from Klang Valley densification rooftops to weak-grid sites in Sabah and Sarawak (via local partners). Hybrid solar + battery for 30m H, SST and monopole towers, feeding off 1-phase rural pole or 3-phase commercial supply.
Pricing per tower is set by your site survey. Volume pricing for multi-site programmes.
Your acquisition team already produces an Acquisition Site Survey Report for every candidate site. We add the solar + battery layer on top — no new survey work, no parallel process, no slowdown.
Upload your standard ASSR (any candidate option, C1–C4). PDF, drive link, or WhatsApp — whatever your acquisition team uses.
Solar + battery sizing, structural drawings referencing KPKT guidelines, single-line electrical, BOM with delivered cost to site.
PO issued, materials staged, install to the schedule agreed in your proposal. Commissioning in your maintenance window.
Every tower is sized from its ASSR or site survey. Multi-site programmes are quoted per project.
Telco tower systems are not catalogue products. We size the solar, battery and inverter from your ASSR, load profile and site survey, and quote per tower or per programme.
* Pricing is quoted per site; multi-site programmes are quoted per project. Outright purchase or a C&I finance lease (Mitsubishi HC Capital) financing options are available for portfolio-scale rollouts.
Telco towers needing solar exist across every Malaysian state — not just remote islands. We design for four distinct site profiles, each with its own power problem and economic case.
Klang Valley, Penang, JB
Small-cell and macro-cell rooftop deployments where landlord power is unreliable or metered separately. Hybrid solar + battery cuts site OPEX and avoids generator-noise complaints.
PLUS, ELITE, KESAS, NSE
Long-haul towers near highways, often with weak grid feeds. Solar + battery supports fail-safe coverage during state-wide outages and protects toll-system backhaul.
East Pahang, Kelantan, Terengganu, FELDA
Long power runs, monsoon outages, diesel-supplied today. Hybrid solar replaces the diesel OPEX and the weekly fuel-truck visit while reducing reliance on diesel through the wet season.
Sabah, Sarawak, Labuan
Illustrative scenario — not a Trexon project: a 30m H tower on an island, designed for monsoon resilience, anti-theft anchoring, and 1-phase pole-supply integration where commercial power is 500m+ from the tower base.
Battery autonomy is sized per site, with longer autonomy for critical macro sites.
Locked enclosures, GSM tamper alerts, anti-pry mounts — designed for unmanned remote sites.
RF-zone aware crews, evening commissioning, NOC coordination throughout cutover.
Questions from NFP power-design teams and site acquisition managers.
Yes. Send us the standard Acquisition Site Survey Report (ASSR) you already produce for tower acquisition. We extract site coordinates, tower height and structure type, distance to commercial power, KPKT compliance status, and the chosen candidate option (C1–C4). You don't need to produce any new survey artefacts for the solar layer — we work from what your acquisition team has already signed off.
Structures are designed with reference to the KPKT 2018 telecommunications infrastructure guidelines. We prepare structural drawings for endorsement by a third-party Professional Engineer where required, wind-load calculations for the relevant Sabah/Sarawak zones, and earthing schematics for your tower approval pack; acceptance rests with the site owner and the local authority (e.g. DBKK, MBKS).
Both. Rural Sabah and Sarawak sites are commonly fed by 1-phase pole supply 100m+ away from the tower base, and our hybrid inverters are sized accordingly. For 3-phase commercial power (typical at peri-urban macro sites) we deploy 3-phase string inverters with grid-export disable and load-side connection, configured to the applicable TNB/SESB connection rules.
Yes. Send us the candidate options pack and we'll return a comparative solar+battery sizing for each — factoring shading, road access for material delivery, security risk profile, and cost of running power to the tower. This usually shifts which candidate the acquisition team picks, because the cheapest land lease isn't always the cheapest power solution.
Hybrid is the default for any site where commercial power is within ~500m and the 1-phase or 3-phase supply has acceptable availability. Solar+battery covers outages and reduces diesel runtime; the grid handles long monsoon stretches. Pure off-grid is reserved for sites where the grid is >500m away, the trenching cost exceeds the lifetime fuel saving, or terrain (island, river crossing, protected forest) makes a power run impractical.
The schedule is set in your proposal according to programme scale (it covers ASSR review, design, KPKT submission, material staging, install and commissioning). Repeat deployments in the same region are faster because design templates and material kits are reused.
Standard on every remote site. Locked steel enclosures for inverters and batteries, gravel-base anti-pry mounts on ground-mount arrays, panel-edge security bolts, and GSM tamper alerts that ping the NOC the moment an enclosure is opened. Optional: solar-powered IP CCTV with motion detection and night vision integrated into the existing tower CCTV feed.
Yes. Evening and overnight commissioning is standard for live macro sites — we coordinate the cutover with your NOC, run on temporary feed during the switch, and limit RF-zone work to scheduled windows. For greenfield sites with no live traffic, we commission in daylight.
Send your ASSR or candidate pack and we'll reply with the next steps.
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