Renewable Energy
A renewable installation earns its return over fifteen years in a place nobody visits often. That makes measurement, remote diagnosis and the ability to survive a bad grid more valuable than peak efficiency on a datasheet.
What makes this sector hard
Every one of these has cost somebody a programme. They are the questions we ask first, before any architecture is proposed.
- Grid supply that sags, spikes and disappears, on sites the design must ride through
- Ambient temperatures and dust loads that shorten the life of anything unsealed
- Yield claims that have to be defensible against metered generation, not modelled
- Service visits costed per kilometre, so a fault must be diagnosable remotely
- Standards and utility interconnection rules that differ by state
- Generation and consumption measured to a standard a financier will accept
- Faults identified from the operations centre before a vehicle is dispatched
- Hardware specified against the site's real environment, not a laboratory average
What we build for renewable energy
The approach, in practice
Renewable programmes are judged on generation over years, and generation is only as credible as its measurement. We start with the metering and telemetry chain — what is measured, to what accuracy, and how it is proven — then design the power electronics around a site that will lose its grid, run hot, and be visited twice a year.
What we work in for this sector
Named where we hold direct, current experience.
Platforms deployed in this sector
Where else we work
Mining & Metal
E-Mobility & Smart Energy
Automotive
Medical
Fintech
Real Estate
EduTech
Agritech
Smart Logistics
Working in renewable energy?
Tell us the constraint you are up against. We will tell you what we would do first.