Project development from origination to a bankable package across Europe and Australia, an orchestration layer for assets in operation, and industrial control protection for infrastructure that cannot be switched off.
Project development across two complementary grid systems, the orchestration layer that dispatches an asset once it is built, and the industrial control protection that critical infrastructure is now required to hold.
Site origination, grid connection studies, environmental permitting and interconnection agreements, through to a ready-to-build package suitable for financial close. Core markets are the Nordics, the Baltics and Poland, alongside Australia's National Electricity Market, with origination across the wider European market.
An orchestration and execution layer for battery assets. Algorithmic bidding across 5-minute and 15-minute settlement cycles, revenue stacking across FCR-N, FCR-D, aFRR, mFFR and FCAS, spot and intraday trading, and investor-grade performance reporting. Offered under licence.
Endpoint hardening for operational technology across energy, oil and gas, telecoms and transport. Substations, battery sites, inverters, rigs and pipelines, core network sites, terminal and rail automation. Instead of blocking what is already known to be dangerous, the approach defines what a machine is permitted to run and refuses everything else. Sold independently of where we develop.
The capital stack a project needs, the three things we do to it, and the gates it passes through on the way to ready-to-build.
Every operator runs two networks. One carries information and takes most of the security budget. The other runs the physical asset, and standard security does not fit it. We protect the second one, across energy, oil and gas, telecoms and transport.
Industrial equipment runs for fifteen to twenty years. Taking it offline for an update means taking production offline.
Many sites are isolated from the internet by design. Protection that needs a cloud connection does not function there.
Controllers and gateways run on deliberately thin hardware. Conventional security software slows or stops the process.
Detection tools look for threats somebody has already catalogued. The attacks that matter here are the ones nobody has seen.
Assume the attacker gets in.
Make sure nothing they bring can run.
Traditional security blocks what it already knows is dangerous, but that list is always out of date. We invert it: if a file is not on the approved list, it does not run.
The solution learns the software the machine legitimately runs, and locks that picture in place.
Only that software is permitted to execute. Anything else is refused and recorded.
Attempts to misuse permitted software are blocked as they happen, before damage occurs.
The pressure to act is not commercial. It comes from instruments already in force, each binding a different party.
Scope and applicability vary by entity and jurisdiction. Your own position should be confirmed before relying on any single instrument.
The technology is developed by a United States headquartered manufacturer listed on Nasdaq, specialised in high performance computing and protection for critical systems.
Meridian holds the reseller mandate: the introduction, the commercial structure, and coordination of technical delivery through certified partners. Warranties sit with the manufacturer, contracted directly with the end client.
This offer is not tied to our development geography. It applies wherever industrial control systems run: substations, rigs and pipelines, core network sites, terminal and rail automation.
No cost, no obligation. Remote or on site. We bring our engineer, and you will know by the end of it whether it is worth an assessment.
Start a ConversationTwo grid systems on opposite hemispheres, with uncorrelated seasonality and different revenue drivers. European frequency reserve and capacity markets on one side, solar-driven price volatility across Australia's National Electricity Market on the other. The four below are where we work today; origination runs across the wider European market.
Finland and Sweden
FCR-N · FCR-D · aFRREstonia, Continental Europe area
Post-desync · ReservesCapacity market and reserves
Coal transitionNational Electricity Market
FCAS · ArbitrageIndependent data confirms the structural shift Meridian is built to capture. The figures below are the IEA’s, not ours.
Battery storage is no longer an emerging technology in search of a market. In 2025 the world added 108 gigawatts of it, around 40% more than the year before, with roughly four-fifths of that capacity utility-scale. Costs have fallen more than 90% since 2010, and installed capacity is now around eleven times what it was in 2021. What was a niche grid-balancing tool a decade ago is now core dispatchable capacity in the markets that moved first.
Records, broadening fast. Growth spread well beyond the early leaders. Australia rose almost ninefold and the Middle East more than tripled, driven by Saudi Arabia. Storage is becoming standard infrastructure across very different grids.
From niche to backbone. In Australia, batteries are already around 18% of dispatchable capacity. In California, capacity grew from under 1 GW in 2019 to over 17 GW and now covers more than 40% of state load at peak evening hours.
The revenue mix is maturing. Early projects chased shallow ancillary markets. Today over 90% of new capacity is built for energy shifting, the same logic behind Meridian’s revenue-stacking approach: assets that earn across several services at once.
Built faster than anything else. A utility-scale battery takes a median of around 275 days to build, against over two years for gas and more than six for nuclear. But total time to market in Europe, the United States and Japan runs to roughly two to two and a half years, because the binding constraint is not construction. It is permitting and grid connection. That gap is the work.
The direction has not turned. BloombergNEF puts 2025 additions at 112 GW / 307 GWh and forecasts 158 GW / 459 GWh for 2026, a further 41% on a megawatt basis. Grid investment cycles are creating site and connection scarcity, and the markets that secure attractive sites and connection positions first will hold the advantage as the sector consolidates around platform-level developers.
Primary source: IEA (29 May 2026), Battery storage is scaling up and taking on a larger system role. Underlying data from Benchmark Mineral Intelligence and BloombergNEF. Licence: CC BY 4.0. Charts recreated by Meridian Energy Services Pte. Ltd. from IEA data. View the original commentary. 2026 forecast: BloombergNEF Energy Storage Outlook H1 2026 (8 May 2026). Figures last verified 31 August 2026.
Meridian Energy Services Pte. Ltd. is a Singapore-domiciled development platform. We work where three things meet: record renewable penetration, grid stability requirements that are becoming mandatory rather than optional, and battery capital costs that have fallen more than 90% in fifteen years.
The founding team brings 65+ combined years across energy infrastructure, critical systems and commercial structuring, spanning Europe, Australia, the GCC and broader APAC. We are a development platform, not an asset owner: our work is taking a site from greenfield to a package that capital can underwrite. The same critical-systems background is what sits behind the security practice.
Whether you are a capital partner looking at development-stage storage, a landholder or asset owner with a site, an EPC partner, or an operator anywhere in energy, oil and gas, telecoms or transport with an industrial control estate to protect, we welcome the conversation.