TSPInsight
TSPInsight is TSPI's energy management system for wind, solar, battery and hybrid parks. It combines real-time monitoring, remote control and automation with centralized data collection, predictive maintenance and intelligent power management for utility-scale and C&I operators.
What is TSPInsight?
TSPInsight is the energy management system (EMS) built by TSPI, a Lithuanian engineering company based in Kaunas. The vendor describes it as an advanced EMS for the real-time monitoring, remote control and automation of wind, solar, battery and hybrid parks, providing centralized data collection, predictive maintenance and intelligent power management.
Four asset types sit under one supervision platform. For solar, the platform tracks performance in real time and handles grid compliance, targeting peak efficiency with minimal curtailment. For battery storage, it manages charge and discharge cycles, storage utilization, peak shaving and flexibility. For hybrid plants, it balances the flow between solar, wind and storage and optimizes dispatch and grid interaction. For wind, it adds predictive maintenance, generation forecasting and real-time grid stabilization.
TSPI sets out the architecture in five blocks. Multi-platform capability brings the four asset classes into a single supervision layer. Advanced control and modeling leans on the company's power plant controller, with ENTSOE algorithms, a claimed grid response under 100 ms, power-factor optimization and inertia simulation. Optimization for battery hybrids covers intelligent charge and discharge modeling. Secure and scalable monitoring is presented as a real-time, cloud-connected system with TLS encryption, VPN and encrypted communication, available on a local, cloud or hybrid database. Remote management and automation puts power-flow control in a browser.
The claimed benefits are real-time energy optimization through AI-driven automation, scaling from commercial and industrial installations up to utility-scale projects, cyber security, and flexible deployment. TSPInsight is one of four lines from the same vendor, alongside a power plant controller, grid compliance testing and relay protection and automation; those are neighboring products, not parts of the EMS.
The vendor claims more than 2 GW optimized and grid-integrated, five years of activity and over 200 projects, and names six Lithuanian reference sites, among them a 22 MW solar plant in Trakai, an 80 MW plant in Svencionys, and a 50 MW solar plus 107 MWh storage hybrid in Kaisiadorys presented as the first grid-connected solar-and-battery hybrid park in Lithuania.
What the site leaves out matters too: no pricing, no terms of service, no API documentation and no screenshot of the interface. The name TSPInsight itself appears exactly once on the whole site.
What it does
- Monitor solar, wind, battery and hybrid assets in real time on one unified platform
- Control and adjust the plant remotely from a web interface, from any location
- Collect and centralize operational data from across the site
- Automate power management, including battery charge and discharge cycles
- Anticipate failures through predictive maintenance
- Hold grid-code compliance towards the transmission or distribution operator
- Forecast generation, which the vendor cites for wind assets
When to use TSPInsight / When not to
A quick filter to help you decide if TSPInsight is the right fit.
When to use TSPInsight
- Operators of utility-scale solar, wind or battery parks connected to a TSO or DSO grid
- Owners of hybrid plants that mix generation sources with storage, where dispatch and charge arbitration is complex
- Commercial and industrial (C&I) sites that need plant-level supervision at a smaller scale than a utility project
- Renewable asset teams that must hold grid-code compliance and want it handled inside the control platform
- Developers in Lithuania and the Baltics looking for a supplier already versed in Litgrid and ESO connection procedures
When not to use TSPInsight
- Homeowners and residential prosumers: the product targets grid-connected commercial and utility plants
- Micro-installations with no grid connection, for which grid-code work and TSO/DSO coordination are irrelevant
- Buyers who want to sign up online: there is no registration, no trial and no published price anywhere on the site
- Energy traders and commercial back-office teams: the scope is technical plant operation, not market trading or billing
- Teams that need to evaluate a product on paper first: no technical documentation, public API, demo, mobile app or interface screenshot is published
How to use TSPInsight
A typical end-to-end flow, from setup to results.
- Start on the product page, listed as SCADA on the English site, which carries the only published description of TSPInsight
- Contact TSPI: there is no sign-up, no trial and no download anywhere on the site, so the sales team is the only entry point
- Reach the team at info@tspi.lt or on (0-652) 04030, Monday to Friday from 8:00 to 17:00; the office is at Vytauto Ave. 23 in Kaunas
- Scope the project with the vendor, whose reference work is described as running from modeling to SCADA integration
- Choose the deployment architecture: local database, cloud, or hybrid
- Have the system connected to the field equipment - inverters, storage systems, PLCs - and commissioned on site by TSPI engineers
- Coordinate with the transmission or distribution system operator so that grid signals and grid-code requirements are integrated
- Once commissioned, run the plant day to day through the web interface, remotely
- Use the remote control, automation and predictive maintenance functions to adjust output and plan interventions
Pros & Cons
Pros
- One platform covering four asset types, including the hybrid configurations that are usually the hardest to arbitrate
- Grid compliance handled natively, with ENTSOE algorithms and a claimed grid response under 100 ms
- Freedom of architecture - local database, cloud or hybrid - which matters to critical-infrastructure operators who refuse an all-cloud setup
- Security described in technical terms rather than slogans: TLS, VPN and encrypted communication
- Named, checkable references with capacities and locations, including a first grid-connected solar-and-battery hybrid park in Lithuania
- EU-established vendor, therefore subject to the GDPR as a matter of law
- A nearby counterpart for the Baltic market, familiar with Litgrid and ESO procedures
Cons
- No public price of any kind: no rate card, no order of magnitude, everything goes through a quote
- No terms and conditions anywhere on the site, as the complete sitemap confirms
- A privacy policy page that is published but renders no body text at all, in either language, leaving no readable commitment on data, retention or subprocessors
- No technical documentation, no public API, no demo page, no mobile app, and no screenshot or video of the interface
- The product name is used only once on the entire site, so the TSPInsight brand barely stands next to the generic EMS and SCADA labels
- Inconsistent figures between pages - 2 GW on the home, about and product pages against 1.5 GW on the careers page - and a Learn more link on the English EMS block that returns a 404
- No social presence, no product interface language announced, and every named reference is located in Lithuania
Pricing & Plans
No price is published. TSPI discloses no amount, no currency and no billing unit for TSPInsight, and no pricing page exists: the sitemap lists the site in full, in nine URLs, and none of them concerns pricing. No free plan and no free trial is announced, and the site says nothing to the contrary either - the subject is simply not addressed. The observed commercial model is sale by commercial contact, with a quotation scoped to the project. As context only, and not as any indication of price, the named reference plants range from 3 MW to 80 MW, which situates the market addressed rather than the cost of the product.
- the product is sold through a project quotation rather than from a rate card
- local database
- cloud or hybrid - which is an architectural choice
- not a commercial tier
Data, GDPR & hosting
A consolidated view of how TSPInsight handles your data.
GDPR overview
TSPI is established in Lithuania, so the GDPR applies to it as a matter of law. Beyond that, the site publishes nothing. There is no claim of GDPR compliance anywhere, no data protection officer named, and no dedicated mailbox for data matters: info@tspi.lt is the only address published on the whole site. The privacy policy page exists at both the Lithuanian and the English URL, but it renders only its title, with no body text, so there is no notice of legal basis, retention, subprocessors, international transfers or data subject rights to read. No Article 27 representative is named, which is normal and expected here, since that article only concerns controllers established outside the EU. The absence of published documentation is a fact about the website; on its own it establishes no breach.
Who owns the data?
No ownership clause is published. There is no terms and conditions page anywhere on tspi.lt - the sitemap lists the site in full, in nine URLs, and none of them is a legal page - and the privacy policy renders only its title, with no body text, in both Lithuanian and English. Nothing therefore states who owns the operational data the EMS collects, what TSPI may do with it, or with whom it may be shared. The only adjacent fact is architectural: TSPInsight runs on a local, cloud or hybrid database, so a customer can in principle keep the data on their own premises. The vendor draws no ownership rule from that, so ownership is something to settle in the contract.
Reuse rights
Nothing is published on this point either. With no terms and conditions and a privacy policy page that carries no body text, there is no statement of what TSPI does with customer data, and no statement of whether the customer may freely reuse, export or redistribute the operational data the EMS collects from their own plant. Model training is not addressed in either direction, even though the product page claims AI-driven analytics and AI-driven automation without saying what those models are trained on. Two things do exist, but they concern the marketing website rather than the product: a cookie banner with four categories (mandatory, functional, statistical and marketing), and a robots.txt carrying a Content-Signal of ai-train=no together with an explicit Disallow for GPTBot, ClaudeBot, CCBot, Google-Extended, Bytespider, Amazonbot, Applebot-Extended and meta-externalagent. That is a reservation on the site's own published content, not a commitment about customer data.
Data retention & training
Hosting summary
TSPI offers three deployment options for the platform's database: local, cloud, or hybrid. The system is described as real-time and cloud-connected, protected by TLS encryption, VPN and encrypted communication. Beyond that, nothing is localized: no hosting country, no region and no cloud provider is named anywhere on the site, which is why the hosting country and region fields are left empty rather than guessed. One point deserves care. The public IP of the domain resolves to a Cloudflare anycast node reported in the United States, but that is the CDN edge serving the marketing website; it says nothing about where the product platform or customer data actually sits, and must not be read as a hosting jurisdiction. The local-database option means a customer can in principle keep operational data on their own premises, under their own jurisdiction, but that is an architectural possibility described by the vendor rather than a documented hosting commitment. With no terms and no readable privacy notice, the hosting arrangement is something to pin down in the contract.
Things to keep in mind
Risks and trade-offs to weigh before adopting TSPInsight.
- No readable privacy commitment: the privacy policy page carries no body text in either language, so there is nothing published to point to on personal data handling
- No terms and conditions anywhere on the site, which leaves liability, service levels and data ownership to be settled entirely in the contract
- No price, no rate card and no order of magnitude, so no budget can be framed before a sales conversation
- Conflicting incorporation dates: the Lithuanian register records TSPI, UAB (company code 305906835) on 28/09/2021, while the first Wayback capture of the domain is dated 12/08/2023 - the two contradict each other, so no founding date is asserted here
- The vendor's own figures do not agree: 2 GW on the home, about and product pages against 1.5 GW on the careers page, and the Learn more link of the English EMS block returns a 404 - check any claim directly with the team
- The domain's public IP is a Cloudflare anycast node reported in the United States: it locates a CDN edge, not the hosting of customer data, and must not be read as a hosting jurisdiction. The site's single email address is also Cloudflare-obfuscated, so it cannot be read straight from the page
- Do not mistake neighboring products for the EMS: PPC MINI and PPC MAXI are editions of TSPI's separate power plant controller, and grid compliance testing and relay protection are distinct lines. Automating a grid-connected plant also calls for human oversight that the site does not document, since no interface, alarm or manual-override documentation is published
Setup & Integrations
Technical difficulty
High for the installation, low for daily use. TSPInsight is never self-service: deployment is industrial project work, running from modeling to SCADA integration and on-site commissioning, and it is carried out by TSPI's engineers rather than by the customer. It involves choosing between a local, cloud or hybrid database, wiring the system to field equipment such as inverters, storage systems and PLCs, and coordinating with the transmission or distribution operator so that grid signals are integrated. Once commissioned, everyday operation is a web interface and calls for no particular technical skill.
Deployment
Behind TSPInsight
Resources
All the official URLs gathered for verification and reference.
Frequently asked questions
What is TSPInsight?
Which types of assets does it cover?
How much does TSPInsight cost?
Is there a free trial or a free plan?
Where is the data hosted?
What security does the platform provide?
Is there an API or a mobile app?
Does TSPInsight help with grid compliance?
Who publishes the tool, and how do you reach them?
Is there a privacy policy?
Should you pick TSPInsight?
TSPInsight is a technically serious product with an unusually thin public record. On the strength of what TSPI publishes, the EMS does what an operator of grid-connected renewable assets would expect: it supervises solar, wind, battery and hybrid plants in real time, drives them remotely from a browser, automates power management, and leans on the company's power plant controller for ENTSOE grid-code work. The named references - six Lithuanian plants with capacities and locations, including a 50 MW solar and 107 MWh storage hybrid presented as the country's first of its kind on the transmission grid - are the most convincing part of the case, precisely because they can be checked.
The positioning is project-based B2B rather than software retail. You do not buy TSPInsight online, you engage TSPI. There is no sign-up, no trial, no download and no price. Implementation runs from modeling through SCADA integration and commissioning, carried out by the vendor's engineers, with the customer choosing between a local, cloud or hybrid database.
The main reservation is documentary opacity. No pricing, no terms and conditions, a privacy policy page that renders nothing but its title, no API documentation, no demo, not even a screenshot of the interface. Add the small inconsistencies - 2 GW claimed on most pages against 1.5 GW on the careers page, a broken Learn more link on the English home page, a product name used exactly once across the site - and the impression is of an engineering firm that sells through conversation rather than through its website.
The realistic audience is operators and engineers running grid-connected renewable plants, mainly in Lithuania and the Baltics. Evaluate it through a direct conversation rather than on paper, because the paper is not there.
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