Every question we get asked about solar, electrical safety audits, ATEX hazardous-area work, training, energy efficiency and power infrastructure — answered with the same depth we'd give a client meeting.
Texas Solutech runs East Africa's most rigorous electrical and renewable-energy engineering practice. This page answers, in detail, the 66 questions clients, regulators and partners ask us most often — across solar EPC, electrical safety audits, ATEX/Ex hazardous-area work, training, energy efficiency, geothermal and power infrastructure.
Captive solar, EPRA-compliant water heating, off-grid pumping and storage — the full Texas Solutech solar stack.
Solar EPC stands for Engineering, Procurement and Construction — the full lifecycle of a solar power plant from design through commissioning. Texas Solutech delivers grid-tied, off-grid and hybrid solar EPC across East Africa, including feasibility, yield modelling, structural and electrical design, procurement, installation, energisation and long-term monitoring. See Solar Power Plant for the full scope.
The right choice depends on your load profile, grid reliability and budget. On-grid systems offer the best payback when the utility supply is reliable; off-grid suits remote sites without grid access; hybrid combines both with battery storage for sites that need both savings and resilience. Texas Solutech models all three during feasibility — see Solar Power Plant.
Commercial rooftop solar plants of 100–500 kWp typically take 2–6 weeks from kick-off to commissioning, while larger ground-mount plants are scheduled around your operations to avoid disruption. Lead times depend on roof access, structural reviews and import timing for inverters and modules. We share a fully timestamped project plan at contract signature.
Commercial solar systems in Kenya typically pay back in under five years against current Kenya Power tariffs, with the system continuing to generate for 25+ years. For example, our 500 kWp installation for a Nairobi manufacturer cut daytime grid consumption by 55% with a projected payback under five years. See the case study under Projects for verified figures.
Yes — Kenya's Energy & Petroleum Regulatory Authority requires solar water heating for premises with daily hot-water demand above 100 litres. Texas Solutech delivers pressurised and non-pressurised systems for homes, hotels, hospitals and institutions, all compliant with EPRA's Solar Water Heating Regulations. See Solar Water Heating.
Usually not. The most cost-effective design pumps water into elevated or large storage tanks during daylight hours, eliminating the need for expensive battery storage. We size the panel array, pump and tank to your borehole depth, daily flow rate and water demand — delivering dependable fuel-free supply. Explore Solar Water Pumping.
Containerised solar power packages solar generation, battery storage and controls into a transportable, weatherproof unit — ideal for remote sites, mines, camps and emergency supply. Factory-built and tested, the unit deploys in days and integrates hybrid generator backup for sites that need guaranteed runtime. See Containerized Off-grid Power.
Yes. Every solar plant Texas Solutech commissions includes a smart-inverter monitoring dashboard delivering live performance data, proactive fault alerts and historical yield analytics. You — and our O&M team — can see exactly how each plant is performing from a phone or laptop, anywhere in the world.
Yes — Texas Solutech regularly delivers Engineer's reports, design corrections and full EPRA application packages for industrial-scale solar installations. We've secured generation licences including 2.5 MWp for Kapa Oil Refineries and 1.685 MWp for Blue Nile Rolling Mills. See Projects for the full IPP licence portfolio.
An Eco Smart Home System combines solar generation, battery storage and intelligent automation so you can monitor and control lighting, climate and appliances from your phone — and keep the lights on during outages. Texas Solutech sizes modular systems so households can start small and add panels or storage later. Browse Eco Smart Home.
Standardised electrical safety auditing for banks, fuel-retail networks, industry and institutions.
An electrical safety audit is a thorough inspection of a building's electrical installation against safety standards. It covers wiring, earthing, protective devices, load balancing, infrared thermographic hot-spot scanning, and compliance and documentation gaps. The output is a prioritised report that helps prevent fires, avoid downtime and stay compliant. See Electrical Safety Audit.
Most facilities benefit from an annual electrical safety audit, while high-risk environments — fuel depots, EPZ apparel sites, data centres — typically need more frequent checks. Coastal facilities (e.g. Mombasa) should audit every 12 months with thermography after every wet season, as humidity and salt air accelerate corrosion of switchgear and earthing systems.
Yes — banking is one of our specialisms. Texas Solutech has audited 200+ Equity Bank branches across Kenya under strict confidentiality and a single, standardised reporting methodology. We deliver risk-rated reports the risk committee can read directly, with a network-wide remedial roadmap. See Electrical Safety Audit.
Yes. Texas Solutech is Bureau Veritas's contracted partner for ATEX-grade electrical safety auditing across 1,000+ Shell stations in Kenya, Uganda, Rwanda and Zambia, plus 50+ stations in Tanzania, alongside Vivo Energy, Engen and Rubis network audits. Every audit follows IEC 60079 / DSEAR with hazardous-area classification.
Client sites, data and reports are handled with full discretion under NDAs. Findings stay with the client; we do not share branch-level data, photographs or schematics with third parties. Where standardised network-wide reporting is needed (e.g. for banks or fuel networks), we aggregate by category only — never by location.
Each audit produces a prioritised, risk-rated report with photographic evidence, thermographic findings, code references and a remedial action plan. For multi-site clients we deliver a network-wide dashboard so risk committees see the entire estate in one view. Documentation is built to support insurance and regulatory submissions.
Yes. Texas Solutech routinely schedules audits around live operations — 24/7 banking branches, hospital wards, EPZ production lines and fuel forecourts. We work in zones, plan outages with your facilities team and use thermographic and live testing techniques that minimise the need for shutdowns.
Thermographic inspection uses infrared cameras to detect electrical hot-spots before they cause fires or failures. Texas Solutech includes IR thermography in every electrical safety audit, scanning live panels, busbars, joints and switchgear for elevated temperatures that signal loose connections, overloaded conductors or failing components. Findings are quantified and prioritised in the audit report.
Yes — most clients report improved insurance terms after a documented Texas Solutech audit. A clear, prioritised remedial roadmap demonstrates active risk management; many insurers accept our reports directly when underwriting fire and business-interruption cover.
Yes. Lightning Protection System (LPS) design, testing and inspection is part of our electrical-safety scope — we follow IEC 62305 for design and verify earthing systems, down-conductors and surge-protection devices against the same standard. We can also retrofit LPS where audits flag exposure.
IEC 60079 / DSEAR 2002 / IEC 60364 — hazardous-area classification, inspection and training.
ATEX refers to European Union directives on equipment for use in potentially explosive atmospheres. In East Africa we apply the same engineering rigor through IEC 60079 and DSEAR 2002. You need ATEX/Ex-compliant electrical work wherever flammable gases, vapours or dusts could form an explosive atmosphere — fuel depots, oil rigs, EPZ apparel, mining, grain processing. See Electrical Safety Audit.
HAZLOC (hazardous location) drawings classify each area of a facility into Zones 0, 1, 2 (gas) or Zones 20, 21, 22 (dust) based on how likely an explosive atmosphere is to form. Texas Solutech produces these drawings as part of hazardous area classification, defining which equipment certifications are acceptable in each zone.
IEC 60079 is the international standard series for explosive atmospheres — covering equipment construction, area classification, inspection and maintenance. Texas Solutech's ATEX audits, inspections and trainings are all aligned to IEC 60079 (alongside DSEAR 2002 and IEC 60364), giving clients defensible, internationally recognised compliance evidence.
DSEAR 2002 — Dangerous Substances and Explosive Atmospheres Regulations — is the UK regulation governing the storage and use of explosive substances. We apply DSEAR alongside IEC 60079 for clients who report into UK or multinational HSE frameworks, ensuring electrical equipment in hazardous zones meets the strictest acceptable standard.
IEC 60079-17 mandates initial inspection on commissioning, plus periodic and sample inspections thereafter — at intervals defined by the operator based on environment, equipment and risk. Texas Solutech runs semi-annual electrical testing of explosive magazines for SinoHydro, and annual / event-driven Ex audits across fuel-retail networks.
Texas Solutech has delivered ATEX safety training at 10,000-staff capacity at United Aray and Suman Shakti EPZ in Nairobi, plus 5,800 / 4,600 / 3,800-staff cohorts at Mombasa Apparels EPZ (MA1 and MA3). We run on-site, off-site and blended delivery, scaled to your workforce.
Each piece of Ex-certified equipment carries a marking that encodes its protection method (Ex d, Ex e, Ex ia, etc.), gas group and temperature class. Texas Solutech verifies that every device deployed in a hazardous zone has a marking matching the zone's requirements and a valid IECEx or equivalent certificate. We document this in our audit reports.
IEC 60364 governs general low-voltage electrical installations — wiring, earthing, protection. IEC 60079 layers explosive-atmosphere requirements on top. Together they define the full electrical safety envelope for hazardous sites. Texas Solutech's audits cover both: 60364 for the installation itself, 60079 for everything in or adjacent to hazardous zones.
Practical, certified ATEX, EAS and renewable-energy training across East Africa.
We run ATEX & Ex Electrical Safety (IEC 60079, DSEAR 2002), Electrical Safety Fundamentals, Electrical Safety Audit Training, Solar PV Installation, Energy Management & Efficiency, Workplace Electrical Safety for Managers, and the EBK CPD Programme for Electrical Engineering. See Training for the full catalogue and to enrol.
Yes — Texas Solutech offers on-site, off-site and blended delivery. We've trained cohorts as large as 10,000 staff at a single EPZ in Nairobi, plus multiple thousand-strong cohorts in Mombasa. Course content is tailored to your industry, equipment and risk profile before delivery.
Yes. Every training programme ends with assessment and certification — recognised certificates aligned to the relevant standards (IEC 60079, IEC 60364, DSEAR 2002) or to our EBK CPD-accredited curriculum. We provide both individual certificates and a cohort-wide attendance and assessment report for HR records.
Yes. Texas Solutech runs the Engineers Board of Kenya (EBK) Continuing Professional Development programme in electrical engineering — capacity-building tailored to registered engineers' compliance and recertification needs. Talk to our team about scheduling a cohort.
Open the Training page, pick a course and complete the multi-step enrolment form. The enrolment is emailed to our training team; we confirm availability, schedule and pricing within one business day. For corporate cohorts of more than 20 people we usually run dedicated on-site sessions.
Training is delivered in English by default, with Kiswahili facilitation available on request for Kenyan and Tanzanian cohorts. Our facilitators are experienced practising engineers, so technical Q&A flexes between languages naturally where the audience requires it.
Home, commercial and industrial energy audits — diagnostics, savings and payback.
An energy audit uses advanced diagnostic tools — power-quality metering, IR thermography, blower-door testing — to pinpoint exactly where a building wastes energy: insulation, HVAC, lighting, appliances, air leakage. You receive a prioritised, costed report with payback estimates for every recommendation. See Home & Commercial Energy Audit.
Savings depend on the building, but most commercial energy audits uncover 15–35% in efficiency opportunities — usually a mix of lighting upgrades, HVAC tuning, insulation, controls and load management. Even modest homes typically pay back the audit fee within months from the quick wins it surfaces.
Yes. Residential energy audits typically uncover 20–30% in savings opportunities across lighting, water heating, refrigeration and air leakage — often with payback inside the first year. Texas Solutech runs both home and commercial audits using the same diagnostic toolset, with reports scaled to the property.
Yes. We delivered IDH Sustainable Trade Initiative's energy sustainability study and electricity-cost benchmarking across three of Ethiopia's largest industrial parks — Kombolcha, Adama and Bole Lemi. Industrial audits add load-profiling, harmonic analysis and tariff-optimisation alongside the standard scope.
Each report includes a building-wide energy baseline, prioritised recommendations with capex / opex estimates and payback periods, a tariff and demand-charge analysis where applicable, and an implementation roadmap. Where useful we benchmark against industry peers so the recommendations land in business context.
Geothermal advisory, powerline construction, calibration, lightning protection and data-centre commissioning.
Texas Solutech delivers end-to-end geothermal project development consultancy — feasibility studies, geosciences and geo-prognosis, drilling support and owner's engineering, tariff formulation, and stakeholder engagement. Backed by deep East African energy-sector experience, our outputs are bankable: lender- and investor-grade documentation. See Geothermal Project Development.
Yes. We construct low- and medium-voltage powerlines, substations and distribution networks for utilities, developers and industrial clients across East Africa. Every kilometre is built to IEC and utility-grade standards under disciplined HSE management — from route survey and wayleave coordination through pole erection, stringing and energisation. See Powerline Construction.
Yes. Route surveys and wayleave coordination are part of turnkey powerline delivery. We map the optimum route, engage landowners, manage compensation and county-level approvals, and document everything to utility standards so the eventual operator inherits a clean trail.
Yes. Texas Solutech delivers calibration services for electrical and mechanical equipment across East Africa — including ongoing work for Ashton Apparels MFG PLC in Ethiopia. Our calibration is traceable to international standards and documented for audit and warranty purposes.
Yes — and at scale. Texas Solutech commissioned IX Africa, the largest data centre in Africa, alongside Africa Data Centres (ADC) sites. Commissioning covers MV/LV, UPS, generators, earthing, breaker coordination and load-bank testing — full Tier-grade testing protocols delivered against measurable acceptance criteria.
East Africa's specialist for data center electrical inspection, Uptime Institute Tier certification advisory and TCOS pre-audit — led by an Accredited Tier Designer (ATD).
Texas Solutech is the specialist provider of data center electrical inspection in Kenya and across East and Central Africa. Led by an Accredited Tier Designer (ATD) certified by the Uptime Institute, our team conducts third-party critical infrastructure inspections for colocation, hyperscale and enterprise data centres — covering power distribution, UPS, diesel generators, earthing, cooling and fire-life-safety systems. We have commissioned IX Africa, the largest data centre in Africa, and Africa Data Centres (ADC) sites. See Data Center Services.
Uptime Institute Tier certification is the globally recognised standard for data centre infrastructure reliability, awarded in four levels: Tier I (basic), Tier II (redundant capacity), Tier III (concurrently maintainable) and Tier IV (fault tolerant). Achieving certification requires an official Uptime Institute site audit. Texas Solutech's ATD-certified engineers conduct pre-audits — mapping your facility's electrical and mechanical infrastructure against Uptime's criteria, closing gaps before the formal inspection — giving African data centres the highest probability of certification success. See Data Center Services.
TCOS — Tier Certification of Operational Sustainability — is the Uptime Institute's operational audit that evaluates whether a data centre's day-to-day management, maintenance practices and staff behaviour actually sustain the designed Tier level. Unlike the design and facilities certification, TCOS must be re-audited and recertified every one to three years, making it a continuous operational discipline. A Gold, Silver or Bronze TCOS rating signals to clients and investors that the facility does not just look resilient on paper — it operates resiliently in practice. Texas Solutech delivers comprehensive TCOS pre-audit services across East Africa.
An Accredited Tier Designer (ATD) is a professional individually credentialled by the Uptime Institute as expert in designing and evaluating data centre infrastructure to Uptime Tier Standards. Texas Solutech's lead engineer, Eng. Arthur Mathew, holds the ATD credential — one of a small number of ATD-certified engineers on the African continent. This means clients receive Tier advisory and pre-audit services from an engineer who understands the exact criteria official Uptime Institute auditors apply, dramatically reducing certification risk. See Data Center Services.
A data center pre-audit is an independent gap analysis conducted before the official Uptime Institute audit arrives. Texas Solutech's pre-audit maps your facility's electrical infrastructure, MEP systems, operational procedures and documentation against Uptime Tier and TCOS criteria — identifying every non-conformance while there is still time to remediate. Common findings include inconsistent PUE performance under AI workloads, documentation drift in Level 1–5 commissioning logs, unmapped system modifications and latent redundancy gaps. Operators who skip the pre-audit risk costly findings, audit delays or a downgraded Tier rating on inspection day.
Yes — Texas Solutech conducts all data center inspections using non-invasive Method of Procedures (MOPs) that protect live IT loads. We use calibrated infrared thermography to detect hot spots in distribution boards, busbar systems and UPS connections; airborne ultrasound to locate partial discharge; and power quality analysers to measure harmonics and voltage stability — all without interrupting any active equipment. This approach is mandatory in live colocation environments and is standard across all our data centre engagements. See Data Center Services.
PUE — Power Usage Effectiveness — is the ratio of total facility power to IT equipment power; a PUE of 1.0 is perfect efficiency. Texas Solutech's data center audits include precision PUE benchmarking: we measure total power draw at the utility intake and at the IT load, assess cooling plant efficiency, identify airflow containment losses and model the PUE impact of specific efficiency improvements. For AI-density workloads, PUE management is critical — a 0.1 reduction in PUE across a 10 MW data centre can save hundreds of thousands of dollars annually in operating costs.
Data centres in Kenya and across Africa are designed and inspected against an international body of standards: IEC 60364 and BS 7671 govern low-voltage electrical installations; NFPA 75 covers information technology fire protection; NFPA 70E defines electrical safety work practices; ASHRAE TC 9.9 sets thermal guidelines; NETA Acceptance Testing Specifications define commissioning tests for switchgear, UPS and transformers; and Uptime Institute Tier Standards define infrastructure redundancy and concurrency requirements. Texas Solutech's audit reports cite every finding by specific clause so clients receive defensible, internationally recognised compliance evidence.
NFPA 75 — Standard for the Fire Protection of Information Technology Equipment — sets requirements for fire suppression, cable management, structural separation and electrical installation in IT facilities. While NFPA 75 originates in the United States, it is widely referenced by data centre operators, insurers and colocation clients across Africa as the de facto standard for IT fire protection. Texas Solutech's data centre audits assess compliance with NFPA 75 alongside local EPRA and DOSH requirements, ensuring clients satisfy both domestic regulators and international tenant expectations.
Concurrent maintainability — the defining characteristic of Uptime Institute Tier III — means any planned maintenance activity on a data centre's electrical or mechanical infrastructure can be performed without taking the IT load offline. Verifying it requires tracing every power and cooling path to confirm that true redundancy (N+1 or 2N) is present and correctly configured, that switching sequences are documented and tested, and that staff can execute maintenance procedures safely with IT live. Texas Solutech verifies concurrent maintainability as part of every Tier III and Tier IV pre-audit engagement.
UPS systems are tested by load-bank simulation — applying rated load to each UPS module and verifying battery autonomy, transfer time, voltage and frequency regulation under load. Diesel generators are load-bank tested at 100% rated capacity for a minimum of two hours, with fuel consumption, voltage, frequency, coolant temperature and exhaust recorded against acceptance criteria. Transfer between mains, UPS and generator is tested for every credible failure scenario. Texas Solutech delivers load-bank testing and commissioning acceptance documentation to NETA and Uptime Institute Tier Standards. See Data Center Services.
Infrared thermography is the only non-invasive way to detect high-resistance connections, overloaded conductors and failing switchgear components in live data centre electrical systems. A loose busbar connection or overloaded breaker terminal can reach ignition temperatures while carrying nominal current — the breaker never trips. Texas Solutech's certified thermographers scan every distribution board, busbar riser, UPS cabinet, switchgear panel and battery system under full load, producing annotated thermal images that classify each anomaly by severity. See our technical blog: Why Circuit Breakers Don't Prevent Every Fire.
Earthing and bonding in a data centre performs three functions: fault protection (ensuring protective devices operate rapidly), equipment protection (preventing voltage differentials that damage servers), and EMI control (providing a low-impedance reference for sensitive electronics). A poorly bonded data centre floor can induce voltage differences that corrupt data or damage SFP ports. Texas Solutech tests earthing systems using earth resistance and earth loop impedance measurements, verifies equipotential bonding continuity and inspects the raised floor bonding grid as part of every data centre electrical inspection.
AI workloads — GPU clusters, accelerator pods — drive far higher and more variable power densities than traditional server racks (often 40–100 kW per rack versus 5–15 kW). This creates new electrical risks: harmonic distortion from dense power supply units, thermal stress on busbars and breaker terminals during load spikes, and cooling systems pushed beyond design capacity. Texas Solutech's AI-era data centre inspections include harmonic analysis, power quality monitoring under peak GPU load, cooling capacity stress assessment and verification that the UPS and generator plant can sustain the full AI load through a full maintenance cycle.
Texas Solutech has delivered commissioning, electrical inspection and Uptime advisory services for IX Africa (the largest data centre in Africa) and Africa Data Centres (ADC) across East Africa. Our client portfolio across the data centre, banking, energy and industrial sectors spans Kenya, Uganda, Tanzania, Ethiopia, South Sudan and Rwanda. Speak to our team about a confidential scoping call for your facility — see Data Center Services.
How quoting, scoping, scheduling and aftercare actually work at Texas Solutech.
Tap "Let's Talk" anywhere on the site, fill out the Contact form, WhatsApp +254 739 014 014 or call us. Share the service you're interested in plus a few project details. Quotes are scoped, free and no-obligation; for site visits we usually respond with availability within one business day.
Pricing depends on project scope — site size, building access, regulatory complexity, equipment standards, geography — so Texas Solutech provides tailored quotes rather than fixed price lists. Audits are usually scoped per site or per branch; solar EPC and powerline work are scoped per project. We share the breakdown in writing.
We work under standard EPC, consultancy, owner's engineer, framework and call-off agreements. For multi-site engagements (banks, fuel networks) we sign master services agreements with site-level scoping orders. NDAs are signed before scoping confidential audits.
Yes. Texas Solutech provides ongoing monitoring, maintenance, recalibration and advisory support after every project — solar plants get smart-inverter dashboards and scheduled O&M, audits get prioritised remediation tracking, and trainings retain refresher access for graduates.
Texas Solutech operates a multidisciplinary, in-house team of electrical, renewable-energy and HSE engineers — including Professional Engineers (PE) such as Eng. Arthur Mathew who led the Equity Bank audit programme. We are EBK-registered and operate under the firm's regulatory and insurance cover.
We deliver projects across Kenya, Uganda, Tanzania, Ethiopia, South Sudan and Rwanda — headquartered in Nairobi with a branch office in Nakuru. Country- and city-specific service pages exist under Services — pick the location closest to your site.
Our work is aligned to EPRA, OSHA 2007, DOSH, KEBS, IEC 60079 (explosive atmospheres), IEC 60364 (LV installations), DSEAR 2002 and LEED Building Commissioning. Country-specific regulators (ERA Uganda, EWURA Tanzania, PEA Ethiopia, ERC South Sudan, RURA Rwanda) are observed when delivering outside Kenya.
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