Energy · Storage
Energy storage — make renewable power dispatchable.
Glorinda delivers advanced energy storage to ensure a stable, reliable supply: hydrogen, thermal, battery (BESS), mechanical and pump-turbine storage, selected to your load profile and grid connection.
Overview
Energy storage — make renewable power dispatchable.
Renewable generation is only as useful as your ability to store and shift it. Glorinda engineers five storage technologies — hydrogen storage, thermal storage, battery energy storage systems (BESS), mechanical storage and pump-turbine storage — matching the technology to the duration, power and application you need.
Storage integrates naturally with our renewable and fossil generation: CSP with molten-salt heat storage, PV with BESS or hydrogen, and pumped-storage hydropower for long-duration balancing.
Typical applications
Where it fits
- Battery energy storage (BESS)
- Hydrogen storage
- Thermal / molten-salt storage
- Mechanical storage
- Pump-turbine (pumped storage)
- Renewable firming & grid support
Common challenges
- Renewable intermittency and curtailment
- Matching supply to an industrial load
- Grid stability and peak shaving
- Long-duration versus fast-response needs
Glorinda’s answer
- BESS for fast response and peak shaving
- Hydrogen and thermal for longer duration
- Pump-turbine for long-duration balancing
- Integration with CSP, PV and wind
Our approach
Duration is the question, not capacity
Most storage conversations start with megawatt-hours, but the decision that matters is duration: how long do you need to hold the energy, and how quickly must it respond? Answer that and the technology largely selects itself.
Batteries (BESS) excel at fast response and short duration — frequency support, peak shaving, smoothing a renewable plant’s output over minutes and hours. Thermal storage, particularly molten salt paired with concentrated solar, is far cheaper per unit of energy stored when what you actually need is heat or dispatchable steam. Hydrogen suits long duration and seasonal shifting, and carries the additional advantage of being usable as a feedstock rather than only as fuel. Mechanical and pump-turbine storage remain the strongest options for very long duration where the site allows.
Because Glorinda engineers all five, the recommendation follows your load profile and grid connection rather than a product we happen to represent. Storage is also rarely a standalone project: it usually arrives alongside solar, wind or a plant upgrade, and it is engineered as part of that system.
- 01
Feasibility
Technical and commercial feasibility, technology evaluation and cost/profitability analysis before capital is committed.
- 02
Engineering
Conceptual, basic and detailed engineering, process packages and specification of the equipment that will actually be bought.
- 03
Delivery
EPC or EPCM delivery, or an Owner’s Engineer role protecting your interest through a contractor’s execution.
- 04
Commissioning
Installation supervision, testing, start-up and the training that lets your team run the plant.
- 05
Support
Operation, troubleshooting, process optimisation, maintenance and spare parts for the life of the asset.
FAQ
Good to know
Which storage technology do we need?
It depends on duration and power. BESS suits fast response and peak shaving; hydrogen and thermal suit longer duration; pump-turbine (pumped storage) suits long-duration grid balancing. We match the technology to your load.
Can you add storage to an existing renewable plant?
Yes — storage integrates with CSP (molten-salt), PV and wind (BESS or hydrogen), and with hydropower as pumped storage.
Firm up your renewable output.
Share your generation and load profile and we will propose a storage technology and size.