Amplink enters Great Britain; study finds Amplink optimisation outperforms conventional portfolio selection strategies by 4x

Adelaide, 14 September 2026 — Amplink Technologies, a provider of advanced AI-integrated energy system modelling and planning software, recently expanded its flagship Amplink modelling platform into Great Britain’s energy market.

As part of the market entry, Amplink Technologies conducted a portfolio optimisation study for an investment fund working within the Great Britain (GB) market. The study sought to quantify how Amplink’s portfolio optimisation algorithm performed in comparison to conventional portfolio selection strategies within the GB market, one of the world’s most complex and rapidly evolving power markets.  

The study demonstrated that Amplink’s portfolio optimisation delivered up to 4 times the returns of conventional portfolio selection approaches when starting from the same capital budget, site constraints and market assumptions.

The Chief Financial Officer at the investment firm for which the study was delivered said: “Amplink provided a detailed and considered UK market entry analysis, grounded not just in market dynamics but also in policy, regulatory and competitor analysis, delivering a truly differentiated strategy.”  

What the study made clear is that portfolio construction and selection strategies materially change investment outcomes, with early investment planning processes playing an instrumental role in securing high returns for investors. Specifically, the study quantified the extent (4x) of the gains that the Amplink platform can offer energy investors based in the GB market.  

The portfolio optimisation study was supported by local UK market expertise from Paul Stefiszyn at ESP Consulting who helped ensure the analysis reflected the realities investors face on the ground.

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Amplink Technologies delivers advanced energy system planning and modelling software. Its pioneering AI-integrated Amplink modelling platform enables decision-makers to design smarter, more sustainable energy systems with speed, transparency, and confidence.