Renewable · Solar
Solar & CSP — dispatchable sun, not just daytime power.
Glorinda specialises in Concentrated Solar-Thermal Power (CSP), using molten-salt heat storage to overcome the biggest weakness of solar thermal — and delivers solar PV plants with fixed or tracking collectors.
Overview
Solar & CSP — dispatchable sun, not just daytime power.
In CSP, sunlight is reflected onto a collector to generate the heat that evaporates a working fluid, usually water. The hot steam spins a turbine to generate electricity. By storing heat in molten salt, Glorinda makes solar power dispatchable — available after sunset and through cloud cover.
In photovoltaics, Glorinda generates electricity directly from the sun using fixed or tracking collectors, with storage through hydrogen tanks and battery energy storage systems (BESS). Our engineers review the site data and build the plant that meets the client’s load.
Typical applications
Where it fits
- Utility-scale CSP with storage
- Solar PV with tracking
- Industrial process heat
- Solar-plus-storage
- Off-grid and on-grid power
- Solar thermal for steam turbines
Common challenges
- Solar output that stops at sunset
- Intermittency without storage
- Matching generation to an industrial load
- Site and resource uncertainty
Glorinda’s answer
- CSP with molten-salt heat storage for dispatchable power
- PV with tracking for higher yield
- Integration with BESS and hydrogen storage
- Steam-turbine pairing for CSP generation
Our approach
Selecting between heat and electrons
The first question on a solar project is not which panel to buy — it is whether you need electricity or heat, and whether you need it when the sun is shining or when the plant is running. That single decision separates a PV project from a CSP project, and it changes the capital cost, the footprint and the operating model.
Where the load runs past sunset or demands stable output, concentrated solar-thermal with molten-salt storage is usually the stronger answer: heat is far cheaper to store than electricity, and the plant ends in a steam turbine we can supply and support ourselves. Where the load follows daylight, or where the site favours modularity and low maintenance, photovoltaics with fixed or tracking collectors will win on cost per kilowatt-hour.
Our engineers review the site data, irradiation profile and load curve before recommending either. In many projects the answer is a combination — PV for daytime generation, storage through batteries or hydrogen, and thermal storage where process heat is also required. Because we engineer across all of these, the recommendation is not constrained by a single product line.
- 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
What makes CSP different from PV?
PV converts sunlight directly to electricity; CSP concentrates sunlight to make heat, which drives a steam turbine. CSP’s advantage is that heat can be stored in molten salt, so power is dispatchable after sunset.
Can solar power run after dark?
With CSP and molten-salt storage, yes. For PV, output can be stored in batteries (BESS) or hydrogen for later use.
Size your solar plant with our engineers.
Share your site, irradiation and load profile and we will propose a CSP or PV configuration with storage.