Making E Difference™

40 MWel
+ 12 MWh BESS

Peaker plant

Real time Balancing

Romania_map

Mija, Romania

Fossil fuels are criticized for their negative impact on the environment. But there are uses for fossil fuels which take advantage of their stability to help stabilize solar and wind renewable energy grids which are less consistent in their production of energy.
 
The natural transition to renewables is challenging for grid managers who require available energy sources that can fill the gap on short notice when there is a fall in sunlight hours or in wind. Enter Peaker plants – stable energy sources with the ability to switch on and off on short notice to stabilize renewable energy grids.
 
Romania represents both the widespread need for “stabilizing” agents such as Peaker plants, and the natural gas resources and infrastructure for the development of these plants.
 
GammaOne develops Peaker plants strategically situated near the country’s gas lines, and electrical infrastructures to provide much needed grid stability that can be commanded remotely. Romanian state energetic regulation provides remuneration calculated on an hourly base rate for standby hours in which energy is not produced and variable rates for energetic supply from Peaker engines incentivizing the development of these gas-based solutions in Romania.
 
The European Union has recently implemented regulation which facilitates connectivity to the pan-european energy market including stable energies such as Peakers, dramatically expanding the market for these installations.

54 MW

9 Wind turbines

Development, grid connection and land agreements

Italy_map

Greci and Vallesaccarda, Italy

As Italy prepares to scale up its variable renewable energy capacity to modernize and electrify its national grid, to meet demand and comply with European carbon neutrality initiatives, Italia wind-sourced energy is expected to grow by 100% by 2030. Projects with high investment return potential are emerging. GammaOne is currently active on four sites representing both photovoltaics and wind turbines.
 
GammaOne’s wind projects are strategically positioned along one of Italy’s main wind corridors beween the cities of Naples and Bari. Our projects are nearing RTB with existing grid connection agreements and an 18-24 month completion window.
 
At Greci and Vallesaccarda, we are in the late development stages of 9 wind turbines with grid connection and land agreements. We are working with a dynamic and highly efficient Italian operational team.

320 MW

Microgrid

Real time Balancing

Portugal_map

REC, Portugal

Portugal was among the first European countries to pass Renewable Energy Community (REC) legislation positioning it at the forefront of the European green transformation. Together with our local partner, the market leader with hundreds of Megawatt power in Portuguese REC projects and proprietary management software enabling optimization of marketed energy, Gamma-One maximizes profit margins for its operators, partners and investors. Gamma-One projects in Portugal currently exceed 100 Megawatts and are expected to reach 400-500 Megawatts in the near future.
 
The natural transition to renewables is challenging for grid managers who require available energy sources that can fill the gap on short notice when there is a fall in sunlight hours or in wind. Enter Peaker plants – stable energy sources with the ability to switch on and off on short notice to stabilize renewable energy grids.
 
Romania represents both the widespread need for “stabilizing” agents such as Peaker plants, and the natural gas resources and infrastructure for the development of these plants.
 
GammaOne develops Peaker plants strategically situated near the country’s gas lines, and electrical infrastructures to provide much needed grid stability that can be commanded remotely. Romanian state energetic regulation provides remuneration calculated on an hourly base rate for standby hours in which energy is not produced and variable rates for energetic supply from Peaker engines incentivizing the development of these gas-based solutions in Romania.
 
The European Union has recently implemented regulation which facilitates connectivity to the pan-european energy market including stable energies such as Peakers, dramatically expanding the market for these installations.

50 MW
+ 5 MWh

PV and storage

Ready to
Build

Serbia_map-150x150

Jagodina, Serbia

Serbia’s domestic consumption has maintained an annual growth of 3%. Serbia is predominantly invested in hydo and wind projects with photovoltaics just now at the point of scaled market entry. Serbia’s grid connection permits are limited in number and governed by Energy Management System (EMS) regulations. GammaOne is developing projects at six different sites three of which are without land. These projects represent 50 hectares of land.
 
GammaOne develops large scale utility solar projects, each with upwards of 50MW and existing grid connection agreements. Approximate time to RTB is one year. A dedicated local partner is on the ground to ensure quality and efficiency.

320 MW

Microgrid

Real time Balancing

Ukraine_Globe

Peakers, Ukraine

The war raging in the Ukraine has completely halted energy development projects and gravely damaged existing energetic infrastructure in devastated zones. Ironically, the risks associated with the instability have created considerable opportunity that will naturally translate to growth potential when Ukraine rebuilds energetic infrastructure. The need in Ukraine is vast and the expected flood of foreign investment will be to measure.

With its experience operating in conflict zones, GammaOne is developing a number of select projects in the Ukraine benefitting from early entry opportunity with its unique projection formula. We execute planning and project setup stages at minimal investment with optimally negotiated returns on project completion. Project development will commence in the immediate aftermath of the war with completion of the financing.

Among our projects, a wind farm representing 320 megawatts near the Polish border and adjacent to a high voltage conduit to Europe facilitating the sale of generated electricity.