Power, engineeredfor your industry.

The single most useful number in any power-resilience decision is rarely on the quotation: the cost of one hour of downtime for the business. For a textile mill it is spoilt batches and idle shifts; for a bank it is stalled transactions and regulatory exposure; for a hospital it is patient safety; for a cold store it is the entire contents. Until that figure is on the table, every power discussion is an argument about price. Once it is, the conversation becomes an investment case, and the right level of redundancy becomes obvious.

Kenya's grid, for all its improvement, still delivers outages and voltage events that most businesses absorb as "just how it is" — quietly paying in lost output, damaged equipment and overtime. Quantifying that loss is the first thing we help a client do, because it reframes resilience from a grudge purchase into one of the better returns on capital a Kenyan business can make.

Reliability is measured in availability — the percentage of time power is there when needed — and the jump between levels is steeper than it looks. 99% availability sounds excellent until you realise it permits more than three and a half days of downtime a year; 99.99% ("four nines") allows under an hour. Each extra nine typically means another layer of redundancy — a second generator, an N+1 UPS, dual feeds — and a real step up in cost. The art is matching the nines to the sector's genuine need, not over-buying for prestige or under-buying for price.

A SACCO branch does not need a data-centre's 2N architecture, and a referral hospital's theatre block must never sit on a single point of failure. We size the resilience to the consequence, document the availability the design delivers, and let the client see exactly what each nine is buying them.

In healthcare, the standard (HTM 06-01 and its equivalents) splits the load into essential and critical branches, and the critical branch — theatres, ICU, life support — demands a transfer measured in milliseconds, which only an online UPS bridging to a generator can give. In manufacturing, the challenge is the brutal motor-starting and process loads that dictate generator and alternator sizing, plus power quality clean enough not to trip the PLCs. In cold chain and agribusiness — flower farms, dairies, vaccine stores — the enemy is spoilage, so the design priority is fast, automatic restoration of refrigeration and irrigation, often with solar to cut the daytime energy cost.

In banking, telecom and data, it is continuity and clean power above all: dual-corded equipment, N+1 or 2N UPS, and generators that synchronise and carry the load indefinitely. In hospitality, the guest must never know — silent, attenuated sets and seamless changeover. A supplier who offers all of these the same box has understood none of them. We start every sector engagement from its specific failure mode, because that is what the engineering has to defeat.

For regulated sectors the installation is only complete when the documentation is. Banks need CBK-aligned reliability evidence; hospitals need installations and emissions (for incinerators) that satisfy the Ministry of Health and NEMA; government and donor-funded work needs AGPO-compliant vendors and an audit trail. A system that works but cannot be evidenced fails the audit that matters, and retro-fitting documentation onto an undocumented install is painful and expensive.

We build the compliance in from the design stage — single-line diagrams, load schedules, test certificates, SLA logs and emissions records — so the client can answer any auditor, regulator or board with a folder rather than a scramble. For multi-site organisations we standardise this across every site under one contract, which is its own quiet form of resilience.